query: how is sediment deposited

pos: Sedimentary Rocks and Resources 1 Deposition - Sediment is deposited when the energy of the transporting medium becomes too low to continue the transport process. In other words, if the velocity of the transporting medium becomes too low to transport sediment, the sediment will fall out and become deposited.

neg: - Deposition of Sediments. Sedimentary Rocks are formed when sediments have been deposited and undergone lithification, a. process that includes compaction(through burial) and cementation (mineral precipitation from. intergranular aqueous solutions), or when masses of intergrown crystals precipitate from. aqueous solution.

neg: - Figure 1 Erosion and deposition occur at a bend, or meander, in this Alaskan river. Deltas A river’s current slows when a river empties into a large body of water, such as a lake or an ocean. As its current slows, a river may deposit its load in a fan-shaped pattern called a delta.fter rivers erode rock and soil, they drop, or deposit, their load downstream. Deposition is the process in which material is laid down or dropped. Rock and soil that are deposited by streams are called sediment. Rivers and streams deposit sediment where the speed of the water decreases.

neg: Sedimentary rock The particles that form a sedimentary rock by accumulating are called sediment. Before being deposited, the sediment was formed by weathering and erosion from the source area, and then transported to the place of deposition by water, wind, ice, mass movement or glaciers, which are called agents of denudation.

neg: Sedimentary rock Particles that form a sedimentary rock by accumulating are called sediment. Before being deposited, sediment was formed by weathering and erosion in a source area, and then transported to the place of deposition by water, wind, ice, mass movement or glaciers which are called agents of denudation.articles that form a sedimentary rock by accumulating are called sediment. Before being deposited, sediment was formed by weathering and erosion in a source area, and then transported to the place of deposition by water, wind, ice, mass movement or glaciers which are called agents of denudation.

neg: Sedimentary Rocks and Resources Such material, called detritus, consists of fragments of rocks and minerals. When the energy of the transporting current is not strong enough to carry these particles, the particles drop out in the process of sedimentation. This type of sedimentary deposition is referred to as clastic sedimentation. Another type of sedimentary deposition occurs when material is dissolved in water, and chemically precipitates from the water. This type of sedimentation is referred to as chemical sedimentation. A third process can occur, wherein living organisms extract ions dissolved in water to make such things as shells and bones. This type of sedimentation is called biochemical sedimentation.

neg: - Sediment is any material deposited on the earth's surface that is derived from rocks by weathering. The products of weathering include rock fragments (detritus), new minerals, such as kaolinite and hematite, and dissolved ions, which may later precipitate from water.edimentary rocks are formed on the earth's surface by the deposition and lithification of sediment. They comprise the weathered rind of the lithosphere. Because sediment is deposited incrementally over a surface, sedimentary rocks are layered and, unless deformed by some tectonic event, horizontal.

neg: Erosion When the upcurrent amount of sediment is less than the amount being carried away, erosion occurs. When the upcurrent amount of sediment is greater, sand or gravel banks will tend to form as a result of deposition.

neg: Sedimentary Rocks and Resources When sediment is transported and deposited, it leaves clues to the mode of transport and deposition. For example, if the mode of transport is by sliding down a slope, the deposits that result are generally chaotic in nature, and show a wide variety of particle sizes.

neg: - From Seattle we’ll have to drive about 200 miles south to get to the edge of the path of totality for the total solar eclipse that will cross the United States on August 21, 2017. The north edge of the path will cross I-5 near Aurora, Oregon. In St. Louis, the edge of the path cuts right through town.

neg: - 1 The distance the sediment is transported and the energy of the transporting medium all leave clues in the final sediment that tell us something about the mode of transportation. 2  Deposition-Sediment is deposited when the energy of the transporting medium becomes too low to continue the transport process.iagenesis. LIthification of sediment into sedimentary rocks takes place after the sediment has been deposited and buried. The processes by which the sediment becomes lithified into a hard sedimentary rock is called diagenesis and includes all physical, chemical and biological processes that act on the sediment.

neg: - THE CIVIL RIGHTS MOVEMENT. The Civil Rights Movement that began in the late 1950's won for African-Americans basic rights long denied to them, inspired other discriminated groups to fight for their own rights, and had a deep effect on American society.

neg: - 5.2 Sediment Sources. Sediment in the active beach system is derived from 1) erosion of upland by rivers, 2) longshore transport from adjacent coastal compartments, 3) erosion of older beach and shoreface deposits, and 4) erosion of older deposits on the inner shelf.rosion of Beach and Shoreface Deposits. The contribution of sediment from beach and shoreface erosion is estimated by analyzing beach-profile geometries and historical erosion rates (Gayes and others, 2003).

neg: Sedimentary rock Sedimentation is the collective name for processes that cause mineral and/or organic particles (detritus) to settle and accumulate or minerals to precipitate from a solution. Particles that form a sedimentary rock by accumulating are called sediment.Before being deposited, sediment was formed by weathering and erosion in a source area, and then transported to the place of deposition by water, wind, ice, mass movement or glaciers which are called agents of denudation.edimentation is the collective name for processes that cause mineral and/or organic particles (detritus) to settle and accumulate or minerals to precipitate from a solution. Particles that form a sedimentary rock by accumulating are called sediment.

neg: - Sedimentary rocks are formed when sediment is deposited out of air, ice, wind, gravity, or water flows carrying the particles in suspension. This sediment is often formed when weathering and erosion break down a rock into loose material in a source area.The material is then transported from the source area to the deposition area. The type of sediment transported depends on the geology of the hinterland (the source area of the sediment).he sedimentary rock cover of the continents of the Earth's crust is extensive, but the total contribution of sedimentary rocks is estimated to be only 8% of the total volume of the crust. Sedimentary rocks are only a thin veneer over a crust consisting mainly of igneous and metamorphic rocks.

neg: Ch 6,7,8, 15,19 - CHAPTER 6 1 are sedimentary rocks... CHAPTER 6 1. _____ are sedimentary rocks deposited by direct precipitation of minerals from water. Chemical rocks 2. ____ is a hard, compact, very fine-grained sedimentary rock composed entirely of silica. Chert 3. Peat is a brown lightweight unconsolidated deposit that ultimately can transform into____. Coal 4. ___ is the general term for the processes that convert loose sediment into sedimentary rock. Lithification 5. In sandstone, a thick bed will often consist of a series of thinner inclined beds called ____. Cross beds 6. ___ is the shift to a tighter packing of sediment grains due to the weight of Compacting 7.

neg: How to Send TOEFL Scores to Universities Can I reinstate my canceled scores? Yes, you can reinstate your scores if your request is received at ETS within 10 days of your test date, for a fee of US$20. Can I request a rescore of my Speaking and/or Writing responses? Yes, you can request a rescore up to 30 days after your test date.an I reinstate my canceled scores? Yes, you can reinstate your scores if your request is received at ETS within 10 days of your test date, for a fee of US$20. Can I request a rescore of my Speaking and/or Writing responses? Yes, you can request a rescore up to 30 days after your test date.

neg: - Sedimentary rocks form when particles are deposited, compacted, and eventually cemented together over time to form a rock. Explanation: Sediments are formed by the deposition of layers of particles (which can range in size from salt molecules to avalanching rocks bigger than a house).

neg: Sediment For example, silt falls out of suspension via sedimentation and forms soil (some of which may eventually become sedimentary rock). Sediments are most often transported by water (fluvial processes), wind (aeolian processes) and glaciers. Beach sands and river channel deposits are examples of fluvial transport and deposition, though sediment also often settles out of slow-moving or standing water in lakes and oceans.

neg: - Wind - sediments transported by wind are deposited in sorted piles. Only very small particles can usually be transported by the wind. Wind erosion is dirt and other particles that are blown around. eventually reshaping the land.

neg: - Sedimentary rocks are rocks composed of sediment. Sediment is deposited in a number of environments of deposition, by both moving air and moving water. Sedimentary rock identification is primarily based on composition. Texture will still be used but in a different sense than for igneous rocks.

neg: The Laying of Sedimentary Rocks Over Time Sedimentary rock forms from bits of rocks deposited over time by wind and/or water. Rocks occur in all sizes. The tiny amounts of mud, pebbles, sand grains, and smaller rock particles can form sedimentary rock. Sediment can also contain the remains of once living things. This may be bones, shells, droppings, leaves or stems. Wind and water carry sediments and deposit them in layers usually in a lake or ocean bottom.

neg: - Deposition is the process in which material is laid down or dropped. Rock and soil that are deposited by streams are called sediment. Rivers and streams deposit sediment where the speed of the water decreases. Figure 1 shows how deposition happens as a river meanders.

neg: The Laying of Sedimentary Rocks Over Time Deposition is the process by which wind or water sediment settles out in layers. Furthermore, over time, the remains of living things may harden in this sediment and change into fossils. After sediment is deposited the processes of compaction and cementation change the fragments into sedimentary rock. Compaction

neg: - Such material, called detritus, consists of fragments of rocks and minerals. When the energy of the transporting current is not strong enough to carry these particles, the particles drop out in the process of sedimentation. This type of sedimentary deposition is referred to as clastic sedimentation.

neg: - Sedimentary rocks are types of rock that are formed by the deposition of material at the Earth 's surface and within bodies of water.Sedimentation is the collective name for processes that cause mineral and/or organic particles (detritus) to settle and accumulate or minerals to precipitate from a solution.lastic sedimentary rocks are composed of silicate minerals and rock fragments that were transported by moving fluids (as bed load, suspended load, or by sediment gravity flows) and were deposited when these fluids came to rest.


query: how many minutes to cook eggs in microwave

pos: How to Hardboil Eggs in a Microwave Let the egg stand for two or three minutes. Microwaves heat up the fat in the egg much hotter than a pot of boiling water does. This heat will continue to cook the egg after it is removed. If part of the egg isn't hard enough after three minutes, cook it for another 10 to 20 seconds.

neg: Microwave Poached Eggs 1 Place in microwave and cook for 1 minute or until desired doneness. 2  You may need to experiment with cooking times based on the wattage of your microwave and taste preference. 3  Immediately remove egg from hot water with a slotted spoon as it will continue to cook.4  Serve with salt and pepper to taste.irections. 1  Add the water and white vinegar to a 6 ounce custard cup. 2  Break egg into cup, pierce egg yolk with toothpick, and cover dish loosely with plastic wrap. 3  Place in microwave and cook for 1 minute or until desired doneness.

neg: - Microwaving Eggs in the Shell. 1  1. Place your eggs in a microwave safe bowl. 2  2. Add water to the bowl. 3  3. Pour one tablespoon of salt into the bowl.  4. Cook the eggs for up to 12 1  minutes. 5. Let the eggs cool down before you touch them.  6. Enjoy your hard-boiled eggs.

neg: How Long To Boil an Egg â Boil an egg in the Microwave It’ll take 8 – 10 minutes for hard boil egg; while the soft boil eggs only take 5 – 6 minutes max. Peel it and eat it with a salt and black pepper for it’s time to enjoy! You can well imagine now as how long to boil an egg in the microwave.

neg: - Put enough water to submerge the eggs into a microwave safe bowl, leaving at least 1 inch (2.5 cm) clearance at the top. Heat for at least three minutes, or however long it takes for the water to begin to boil. Heating the water in advance reduces the risk of exploding the shell, although a few cracks may still occur.

neg: - Boil water alone in the microwave. Put enough water to submerge the eggs into a microwave safe bowl, leaving at least 1 inch (2.5 cm) clearance at the top. Heat for at least three minutes, or however long it takes for the water to begin to boil.ut enough water to submerge the eggs into a microwave safe bowl, leaving at least 1 inch (2.5 cm) clearance at the top. Heat for at least three minutes, or however long it takes for the water to begin to boil.

neg: Costco Corporate Office You will want to set the timer and cook (steam) the eggs for about 25 minutes. This cooking time is my preference; you might like your eggs more or less done. I have found that the 25-minute cooking time frame produces perfect eggs, with a beautiful creamy texture.he next step is to place your eggs into the steamer basket. You can either cook one egg, or a dozen – the end result will be the same. Perfectly cooked eggs. Cover, “flip the switch”, and walk away.

neg: Ways to Cook Hardboiled Eggs in a Microwave Crack an egg into a small, covered microwave-safe dish coated with nonstick cooking spray and puncture the yolk once or twice with a toothpick. Cook the egg for 45 seconds at 50 percent power, recommends the University of Arkansas Division of Agriculture.

neg: - Preheat oven to 350ºF and grease a muffin tin with nonstick cooking spray. Crack eggs into tin. Season with salt and pepper. Bake for 17 minutes or until eggs reach desired texture.All you have to do is set your oven to 350F,

neg: Microwave Poached Eggs 1 Place in microwave and cook for 1 minute or until desired doneness. 2  You may need to experiment with cooking times based on the wattage of your microwave and taste preference. 3  Immediately remove egg from hot water with a slotted spoon as it will continue to cook. 4  Serve with salt and pepper to taste.

neg: Can You Really Make Poached Eggs in the Oven? Best Timing: The original tip suggested cooking the eggs for 13 to 15 minutes to achieve set egg whites with runny yolks. I was disappointed to see that the yolks in the first batch (cooked for 14 minutes) were fully set (albeit still a little soft) when I took the tin out of the oven.

neg: - Set the eggs into the boiling hot water. Cook the eggs in the microwave on medium power for seven to eight minutes. Remove the bowl from the microwave with an oven mitt. Lift the eggs from the bowl with a slotted spoon and place them in the colander.

neg: How To Make a Soft-Boiled Egg Gently lower the eggs into the water one at a time. Cook the eggs for 5 to 7 minutes: For 1 to 2 eggs, cook 5 minutes for a very runny yolk or up to 7 minutes for a barely-set yolk. For 3 or 4 eggs, add a few extra seconds to your timing. (For more than 4 eggs, cook in batches.) Remove the eggs with a slotted spoon.

neg: How To Microwave Eggs Break and slip in two eggs. Stir yolks with fork. Cover each container with plastic wrap. Cook separately on 50% or 30% power, stirring once or twice, allowing about 20 to 30 seconds per yolk, about 30 seconds to 1 minute per white.

neg: How to Hardboil Eggs in a Microwave Microwaving Eggs without the Shell. 1  1. Use this method for safe, even cooking. 2  2. Lightly grease two bowls. 3  3. Separate the egg whites and egg yolks.  4. Pierce the egg 1  yolks. 5. Cover each bowl.  6. Cook the white at medium or low 1  power. 7. Cook the yolk for 20 to 30 seconds per 2  yolk. 8. Let the egg stand for two or three minutes.

neg: Scrambled Eggs in the Microwave BEAT eggs, milk, salt and pepper in microwave-safe bowl until blended. MICROWAVE on HIGH 45 seconds: stir. MICROWAVE until eggs are almost set, 30 to 45 seconds longer. SERVE immediately. Insider Info. Top with a sprinkle of shredded cheese or fresh herbs. For rich creamy scrambled eggs, add small cubes of cream cheese or a dollop of cottage cheese before cooking.

neg: - Directions. 1  Spray a serving bowl with cooking spray. 2  Crack the eggs into the bowl, and stir up with a fork, making sure the yolks are broken. 3  Sprinkle with salt and pepper. 4  Cover the bowl with a paper towel and microwave for 1 minute. 5  Remove from the microwave and cut the cooked parts of the eggs with a knife and fork. Cover the bowl with a paper towel and microwave for 1 minute. 2  Remove from the microwave and cut the cooked parts of the eggs with a knife and fork. 3  Return to the microwave, cover, and cook for 1 more minute.

neg: - How to Poach Eggs in the Microwave. 1 egg. boiling water. 1 tsp white vinegar. Pour boiling water into ramekin to 3/4 full, and add the vinegar. Crack an egg and gently slip it into the water. Cover with plastic wrap and microwave on high for 30 seconds. Use a soup spoon to gently turn the egg over.

neg: - 1 Gently lower the eggs into the water one at a time. 2  Cook the eggs for 5 to 7 minutes: For 1 to 2 eggs, cook 5 minutes for a very runny yolk or up to 7 minutes for a barely-set yolk. For 3 or 4 eggs, add a few extra seconds to your timing.  Remove the eggs with a slotted spoon.

neg: - Cook the yolk for 20 to 30 seconds per yolk. Remove the bowl containing white and put in the yolk. Still on medium or low power if the option is available, cook the bowl of egg yolk for about 20 to 30 seconds per yolk. If cooking more than one yolk, stop every 30 seconds to check on progress.ut enough water to submerge the eggs into a microwave safe bowl, leaving at least 1 inch (2.5 cm) clearance at the top. Heat for at least three minutes, or however long it takes for the water to begin to boil.

neg: How Long To Boil an Egg â Boil an egg in the Microwave Step 4: Place a dish back to the microwave and switch the oven on a medium-heat mode. Take a stop watch and note down the time. It’ll take 8 – 10 minutes for hard boil egg; while the soft boil eggs only take 5 – 6 minutes max.

neg: Microwave Poached Eggs Directions. 1  Add the water and white vinegar to a 6 ounce custard cup. 2  Break egg into cup, pierce egg yolk with toothpick, and cover dish loosely with plastic wrap. 3  Place in microwave and cook for 1 minute or until desired doneness. Place in microwave and cook for 1 minute or until desired doneness. 2  You may need to experiment with cooking times based on the wattage of your microwave and taste preference. 3  Immediately remove egg from hot water with a slotted spoon as it will continue to cook.

neg: How many ribs do humans have? men and women both have 24 ribs - 12 on each side. The first seven pairs of ribs are connected to the sternum (breast bone). Rarely, some pople have one more or less pairs of ribs due to various genetic mutations. 13th Jan 2012 18:13:03.

neg: We Tried It: Microwaved Eggs â Do They Actually Taste Good? 4. Hard-Boiled Eggs. Directions for the Microwave: Microwave a bowl of water (deep enough to submerge the egg) for 3 minutes until hot. Lightly prick the bottom of the egg with a safety pin or thumbtack (IMPORTANT or the egg will explode).

neg: Cooking Eggs : How to Cook Bacon & Eggs in the Microwave Please try again later. To cook bacon and eggs in the microwave, crack the eggs into a microwave safe bowl with salt, pepper, two tablespoons of milk, one teaspoon of butter and cook for 30 seconds, remove and stir and cook for 30 more seconds.lease try again later. To cook bacon and eggs in the microwave, crack the eggs into a microwave safe bowl with salt, pepper, two tablespoons of milk, one teaspoon of butter and cook for 30 seconds, remove and stir and cook for 30 more seconds.


query: who was the star in the tv series gunsmoke

pos: Gunsmoke The central character is lawman Marshal Matt Dillon, played by William Conrad on radio and James Arness on television. When aired in the UK, the television series was initially titled Gun Law, later reverting to Gunsmoke. The radio series ran from 1952 to 1961.

neg: - Actress Jacqueline Scott was a guest on eight Gunsmoke episodes and played Weaver's wife in the movie Duel. She lived less than 20 miles from Weaver in Southwest Missouri. Scott said she first met Weaver when she guest-starred on the series “Gunsmoke,” in the late 1950s when Weaver was playing his role as Chester Goode.

neg: - Amanda Blake, 60, Saloonkeeper On TV's 'Gunsmoke' for 19 Years. SACRAMENTO, Calif., Aug. 17— Amanda Blake, who played the kindhearted saloonkeeper Miss Kitty in the ''Gunsmoke'' television series for 19 years, died of oral cancer on Wednesday at Mercy General Hospital in Los Angeles. She was 60 years old.

neg: - The Gunsmoke television series was filmed on a studio backlot in Hollywood, CA. While the series occasionally shot on location, most of the outdoor sets were located on what i … s now called CBS Studio Center at 4024 Radford Avenue, in the Studio City area of the San Fernando Valley.

neg: Gunsmoke James Arness as Matt Dillon in the television version of Gunsmoke (1956) Gunsmoke is an American radio and television Western drama series created by director Norman Macdonnell and writer John Meston. The stories take place in and around Dodge City, Kansas, during the settlement of the American West. The central character is lawman Marshal Matt Dillon, played by William Conrad on radio and James Arness on television. When aired in the UK, the television series was initially titled Gun Law, later reverting to Gunsmoke. The radio series ran from 1952 to 1961.

neg: Any Gunsmoke Actors Still Alive? The TV series Gunsmoke aired for 20 years from 1955 to 1975 which is pretty incredible. Most of the original cast members have passed on including James Arness who played marshal Matt Dillon who died at the age of 88. But a few cast members are still around: Buck Taylor

neg: James Arness, Marshal on âGunsmoke,â Dies at 88 James Arness as Marshal Matt Dillon, right, with Dennis Weaver as his sidekick, Chester, on “Gunsmoke” in 1956. Credit CBS He developed slowly, appearing in 30 movies before his mentor, John Wayne, rejected the Dillon role and recommended him instead.

neg: - Blake Cause of Death Revealed Actress Amanda Blake, who starred for many years as television's Miss Kitty in the Western series Gunsmoke, died of AIDS, her doctor has confirmed.

neg: Victor French, 54, Actor on TV Published: June 16, 1989. LOS ANGELES, June 15— Victor French, an actor and director who played leading roles in the television series ''Highway to Heaven,'' ''Little House on the Prairie'' and ''Gunsmoke,'' died of lung cancer on Thursday at Sherman Oaks Community Hospital. He was 54 years old.

neg: - gunsmoke, starring james arnott as matt dillon. he was good with a gun, and while he didn't ever inhabit the wild west, we thought he did. he was a hollywood jiept. the real life brother of peter graves. he starred in gunsmoke for years. he was infantry in world war ii and was hit by machine gun fire in an invasion.

neg: - Burt Reynolds as Quint appeared in the Gunsmoke series fifty times . Skyler Halsey.

neg: Any Gunsmoke Actors Still Alive? Posted on May 28, 2013 Written by 135 Comments. The TV series Gunsmoke aired for 20 years from 1955 to 1975 which is pretty incredible. Most of the original cast members have passed on including James Arness who played marshal Matt Dillon who died at the age of 88. But a few cast members are still around:

neg: James Arness has died: why he was the greatest TV Western lawman James Arness has died: why he was the greatest TV Western lawman. James Arness, a great Sequoia tree in the forest of TV Western heroes, has died; he was 88. Arness is immortal in TV history as Marshal Matt Dillon on Gunsmoke, the longest-running network drama in television history with the most episodes. (Gunsmoke‘s 635 episodes versus Law & Order’s 456; the two are tied with 20 seasons.)

neg: - James Arnest and Amanda Blake were the mystics of Gunsmoke, how ever the other actors were doing a fine job. Just to mention, Ken Kurtis, Buck Taylor and Milburn Stone. With out these guys, gunsmoke would not last so long.

neg: GUNSMOKE Post by lindylou on May 3, 2014 12:20:20 GMT -5. 1  Richard Chamberlain writes in his autobiography that his first professional acting assignment was an episode of Gunsmoke, Richard describes the character he played as a young punk and the episode was The Bobsy Twins 1960. It seems that many well known actors did Gunsmoke in their rise to fame. Who are some of other, living actors who guested on Gunsmoke? Maybe we could throw a Gunsmoke 60th celebration/reunion with invitations going out to what must be an increasingly short list of Gunsmoke guest actors still with us. Lindylou.

neg: - Buck Taylor was born on May 13, 1938 in Hollywood, Los Angeles, California, USA as Walter Clarence Taylor III. He is known for his work on Gunsmoke (1955), Hell or High Water (2016) and Cowboys & Aliens (2011). He has been married to Goldie Ann Maudlin since 1995. He was previously married to Judy Nugent.

neg: Ken Curtis The old Bent County jail in Las Animas in southeastern Colorado, where Ken Curtis lived as a boy. Ken Curtis (July 2, 1916 – April 28, 1991) was an American singer and actor best known for his role as Festus Haggen on the long-running CBS western television series Gunsmoke.Although he appeared on Gunsmoke in other roles he first appeared in his iconic role along in season 8 and episode 13, Us Haggens..His next appearance was with his mule Ruth in Prairie Wolfer, season 9 and episode 16, also featuring Noah Beery, Jr. as the episode's villain.lthough he appeared on Gunsmoke in other roles he first appeared in his iconic role along in season 8 and episode 13, Us Haggens.. His next appearance was with his mule Ruth in Prairie Wolfer, season 9 and episode 16, also featuring Noah Beery, Jr. as the episode's villain.

neg: FAREWELL, MARSHALL DILLON But then, along came Gunsmoke, one of the first adult Westerns on TV. This show was more realistic and the Gunsmoke cast had a lot of interesting characters. Although Marshall Matt Dillon was the star, the one I remember most was Miss Kitty.

neg: - Miss Betty Davis performance in this episode is by far one of the better acting jobs in the entire series of the show. Even if you are young and never heard of Betty Davis, when you see this episode you will talk about the woman that was the head of the family in that Gunsmoke show. Betty Davis plays Etta Stone the matriarch of a family with four sons.

neg: Gunsmoke actor James Arness dead at 88 James Arness obituary. Gunsmoke actor James Arness has died, leaving behind a letter he wanted released upon his death. He was 88 years old. James Arness, best known for his role as a towering Dodge City lawman in Gunsmoke, died at home in his sleep Friday. He was 88 years old. Arness left behind a touching letter to his fans with the intention it be posted to his website after his death.

neg: Gunsmoke: The Ballad of Kitty Russell Kitty Russell is one of the original characters of Gunsmoke. She was born in New Orleans and was raised by a foster mother. Russell then went to Dodge City, Kansas, the setting for the story. Said to be a former prostitute, he is considered as the love interest of the main character Matt Dillon.

neg: Rest in Peace, Cast of The Andy Griffith Show Howard McNear (Floyd the barber' Lawson) The actor, who created the role of Doc Charles Adams in the CBS radio show Gunsmoke (1952-1961), was featured in many of the network's radio and TV programs. Appropriately enough, in the TV sitcom Leave It to Beaver, McNear played a barber named Andy in one episode.

neg: Lawman (1960) And while Lawman, like the more popular and longer-running Gunsmoke, had its cast of supporting characters, Deputy Johnny McKay (played by Peter Brown) and saloon proprietor Lily Merrill (Peggie Castle), it really all came down to one man, the Lawman, Marshall Dan Troop, played by Clark Gable-lookalike John Russell.

neg: Dennis Weaver Biography Dennis Weaver Biography. Dennis Weaver. William Dennis Weaver, born June 4, 1924 in Joplin, Missouri, was a famous American actor, best known for his work in television, including roles on such series as “ Gunsmoke ” and as Officer Sam McCloud on a 1971 detective series on NBC entitled “McCloud”.

neg: TCM On Demand (Comcast) After befriending John Wayne and acting in films for his production company, Wayne suggested the 6' 7 actor play Marshal Matt Dillon in the upcoming television series Gunsmoke.. Arness won the part and played Dillon for 20 years, becoming a TV icon in the process. CBS Evening News Remembering Gunsmoke actor James Arness Actor James Arness, famous for playing the lawman Matt Dillon on Gunsmoke, died at the age of 88 in Brentwood, California. Bill Whitaker takes ... He made few films during the 20-year Gunsmoke run.


query: should human cloning be permitted in the united states

pos: In the United States, human cloning should be legal. Cloning in the United States should be legal. Human cloning allows us to recreate another human being, and can be very useful. If a patient at a hospital needed an organ donor, a cloning of that organ would be able to satisfy this need.

neg: - In particular, I have two concerns: 1. Many of the proposed uses of cloning human beings (e.g. ensuring that there will be a supply of organ donors) involve using a human being (and, again, make no mistake, a human clone would be a human being) as a means to accomplish an end of some other human being(s).

neg: - Reproductive cloning occurs when a copy of another human being is created through SCNT, allowed to grow up to 14 days in a petri dish, and then transplanted into a womb to grow until birth.

neg: Fourth Periodic Report of the United States of America to the United Nations Committee on Human Rights Concerning the International Covenant on Civil and Political Rights The Trafficking Victims Protection Act of 2000 (re-authorized in 2003, 2005 and 2008) is. the United States’ primary tool in combating human trafficking. In 2009, Minnesota Statute 609.322 Solicitation, Inducement, and Promotion of Prostitution was. amended to include sex trafficking.

neg: Conjugal Visits: Rules and History As recently as 1995, 17 states had conjugal visit programs, although federal prisons never allowed it. Today, only four states still allow conjugal visits: California, Connecticut, New York and Washington. New Mexico and Mississippi cancelled their programs within the past two years.

neg: - I don't think I said that ... I predicted that human cloning would be with us in 10 years and I still believe that is the case, because there is a demand among a small number of people for this technology to have babies. It's being driven by the marketplace.

neg: - Human euthanasia policies have also been developed by a variety of NGOs, most notably medical associations and advocacy organizations. As of October 2015, human euthanasia is legal only in the Netherlands, Belgium, Colombia and Luxembourg.Assisted suicide is legal in Switzerland, Germany, Japan, Albania and in the US states of Washington, Oregon, Vermont, New Mexico, Montana and California (effective January 1, 2016).Human euthanasia was criminalized in Mexico, Thailand, and the Northern Territory of Australia.uthanasia is illegal in Australia. It once was legal in the Northern Territory, by the Rights of the Terminally Ill Act 1995. In 1997, the Australian Federal Government overrode the Northern Territory legislation through the introduction of the Euthanasia Laws Act 1997.

neg: Map: Same-sex marriage in the United States Map: Same-sex marriage in the United States. Updated 12:05 PM ET, Fri June 26, 2015. In a landmark opinion, a divided Supreme Court ruled on June 26th that states cannot ban same-sex marriage. The U.S. is now the 21st country to legalize same-sex marriage nationwide.

neg: - The United States does not agree. A ban that prohibited only reproductive cloning but did not address therapeutic  or experimental cloning would implicitly authorize the creation and destruction of human embryos for experimentation.

neg: Human Genetic Engineering There are many arguments against human genetic engineering, including the established safety issues, the loss of identity and individuality, and human diversity. With therapeutic cloning, not only do the above issues apply, but you add all the moral and religious issues related to the willful killing of human embryos.

neg: - Find out what's happening in the world as it unfolds. (CNN)Physician-assisted suicide is legal in five U.S. states. It is an option given to individuals by state law in Oregon, Vermont, Washington and California. It is an option given to individuals in Montana via court decision. Individuals must have a terminal illness as well as a prognosis of six months or less to live.

neg: - Welcome to the official website of the Human Cloning Foundation. The number 1 website in support of human cloning technology, stem cell research, and infertility treatments. 501(c)3 private foundation. TERMS OF SERVICE: By reading this website you agree not to sue anyone involved with this website for anything. See your own experts.

neg: Same-sex marriage in the United States In the United States, same-sex marriage is legal in all states, Washington, D.C., as well as all U.S. territories except American Samoa, but not on all Indian lands, since June 26, 2015, when the United States Supreme Court ruled in Obergefell v. Hodges that state-level bans on same-sex marriage are unconstitutional.

neg: Non-Stop Write day and night like you’re running out of time? Ev’ry day you fight, like you’re running out of time Keep on fighting. In the meantime— Why do you write like you’re running out of time? Ev’ry day you fight, like you’re running out of time Non-stop!

neg: 2762 Surveys show that ______ is a common experience for close to half of all children in the United States If you really wanted to, and if you had enough money, you could clone your beloved family cat. At least one biotechnology company in the United States has offered cat cloning services for the privileged and bereaved. But don't assume that your cloned kitty will be exactly the same as the one you know and love.

neg: Cloning The type of cloning that is the focus of much ethical controversy involves the generation of cloned embryos, particularly those of humans, which are genetically identical to the organisms from which they are derived, and the subsequent use of these embryos for research, therapeutic, or reproductive purposes.

neg: How legal tide turned on same-sex marriage in the US Same sex marriage is now legal in the entire US after a Supreme Court ruling striking down state marriage bans. The ruling means all US states must grant marriage licences to gay and lesbian couples and recognise marriages that have taken place in other states.

neg: - His results suggest, then, that cloning should be possible. Genetically-identical nuclei should be able to produce genetically-identical individuals. And, of course, that is what occurs in human identical twins, triplets, etc. They are miniclones.

neg: - Why Human Cloning Must Be Banned Now. Since Scottish scientists succeeded in cloning the sheep known as Dolly, the prospect of human cloning has catapulted its way into the public consciousness. In early 2000, an Italian and a U.S. scientist announced their intention to clone human babies for infertile couples.

neg: - Least Less Somewhat More Most. On June 26, 2015 the U.S. Supreme Court ruled that the denial of marriage licenses violated the Due Process and the Equal Protection clauses of the Fourteenth Amendment of the United States Constitution. The ruling made same sex marriage legal in all 50 U.S. States.

neg: Cloning This process is also called research cloning or therapeutic cloning.. The goal is not to create cloned human beings (called reproductive cloning), but rather to harvest stem cells that can be used to study human development and to potentially treat disease. While a clonal human blastocyst has been created, stem cell lines are yet to be isolated from a clonal source.

neg: U.S. Legislation at the Federal & State level U.S. Legislation at the Federal & State level. Sponsored link. Therapeutic Cloning is also called biomedical cloning, and research cloning. It involves the process of somatic cell nuclear transfer in which the nucleus of a cell from a human patient's body is injected into a human ovum which has had its nucleus removed.

neg: ABOUT It states:   The migration or importation of such persons as any of the states now existing shall think proper to admit shall not be prohibited by the Congress prior to the year one thousand eight hundred and eight. . .   The word persons is of course African Americans about to become slaves.

neg: - While most U.S. citizens support a ban on the reproductive cloning of human beings, they may or may not support a ban on therapeutic cloning. Yet, to enact a ban on the former while simultaneously permitting the latter would almost certainly result in instances of both reproductive and therapeutic cloning.

neg: Cloning Human cloning is the creation of a genetically identical copy of a human. The term is generally used to refer to artificial human cloning, which is the reproduction of human cells and tissues. It does not refer to the natural conception and delivery of identical twins.uman cloning is the creation of a genetically identical copy of a human. The term is generally used to refer to artificial human cloning, which is the reproduction of human cells and tissues. It does not refer to the natural conception and delivery of identical twins.

neg: Should cloning be used to save endangered species? Cloning should not be used to save endangered species. Cloning should not be used to save endangered species.Cloning should not be used to save endangered species because cloning is not reliable and will most likely cause disease in the animal. Cloning is not yet a reliable science in today's world and it will not do much to save any endangered species.Report Post.loning should not be used to save endangered species. Cloning should not be used to save endangered species.


query: why do we need a ventilation system in a multicellular organism

pos: - Ventilation systems. All multicellular organisms have mechanisms for drawing oxygen-rich air (or water) into their bodies and removing carbon dioxide-rich air (or water).A closer look at insect breathing systems makes it easier to appreciate the functions of the more familiar human ventilation system.entilation systems. All multicellular organisms have mechanisms for drawing oxygen-rich air (or water) into their bodies and removing carbon dioxide-rich air (or water).

neg: - Next. To supply the cells of our body with a continuous supply of oxygen for respiration and to remove the carbon dioxide generated by respiration, we have evolved a specialised exchange surface for gas exchange within the breathing system.ext. To supply the cells of our body with a continuous supply of oxygen for respiration and to remove the carbon dioxide generated by respiration, we have evolved a specialised exchange surface for gas exchange within the breathing system.

neg: Systems of Gas Exchange The mechanisms, processes, and structures used for respiration are dictated by the type, size, and complexity of the organism. Direct diffusion of gases through the outer membranes can be used by organisms such as flatworms as a means of respiration due to their small size and simplicity.

neg: The Respiratory System - Structure And Function The respiratory system is the system in the human body that enables us to breathe. The act of breathing includes: inhaling and exhaling air in the body; the absorption of oxygen from the air in order to produce energy; the discharge of carbon dioxide, which is the byproduct of the process.ontraction of the diaphragm muscle – causes the diaphragm to flatten, thus enlarging the chest cavity. Contraction of the rib muscles – causes the ribs to rise, thus increasing the chest volume. The chest cavity expands, thus reducing air pressure and causing air to be passively drawn into the lungs.

neg: What is opal? When common opal is found in association with precious opal, it is known as potch. About 95% of all opal mined from the opal fields is common or potch, that is opal that is basically one coloured, i.e. white, grey, black, and is only suitable for backings for doublets or triplets.

neg: - Brainly has millions of high quality answers, all of them carefully moderated by our most trusted community members, but certified answers are the finest of the finest. The primary role of the respiratory system in living organisms is B. TO OBTAIN OXYGEN. Through the process of breathing, we inhale oxygen and exhale carbon dioxide. Oxygen is then transported by our blood to be distributed to the various parts of our body in order for these parts to function properly.

neg: - A ventilation system is a mechanical structure of connected devices that controls airflow within confined spaces, commonly homes and offices.Its main function is to introduce a constant supply of fresh air, usually from the outside, while channeling stale air back out.georgesplane-A heat recovery ventilation system is a good idea for a colder climate, but it requires an overhaul of the entire system. That would probably be something better for a new build, or if the building is in need of new HVAC units.

neg: - Introduction In patients assisted by mechanical ventilation, the Work Of Breathing (WOB) is shared between the patient and the ventilator. During weaning from mechanical ventilation, the WOB performed by the patient must be adequate and efficient to sustain spontaneous ventilation after extubation. The monitoring of WOB during weaning might allow a better management of the weaning process.

neg: Why Is Respiration Important? Physiological respiration occurs across the respiratory system, which includes the upper and lower respiratory tracts. The upper respiratory tract is composed of the nasal cavity, sinuses, pharynx and larynx, while the lower respiratory tract includes the trachea, lungs, bronchi and the diaphragm. Physiological respiration is also known as ventilation and breathing, and it involves inhalation and exhalation processes. Ventilation occurs involuntarily, but a person can modify breathing. Healthline notes that respiration is important because the body cannot store oxygen.

neg: Chapter-14 The Respiratory System-1 The respiratory system consists of a group of ducts that are capable of filtering air from the environment before entering the pulmonary system.Air is not only filtered, but is also moistened and warmed before entering the lungs.The organs of the respiratory system are designed to perform two basic functions: (1) they serve as an air distributor, and (2) they serve as a gas exchanger for the body.This system also effectively (1) filters, (2) warms, and (3) humidifies the air we breathe.he respiratory system consists of a group of ducts that are capable of filtering air from the environment before entering the pulmonary system.

neg: Definition of âintrospectiveâ - English Dictionary introspective definition, meaning, what is introspective: examining and considering your own ideas, thoughts, and feelings, instead of talking to…. Learn more.

neg: Gas exchange Gases are constantly consumed and produced by cellular and metabolic reactions in most living things, so an efficient system for gas exchange between, ultimately, the interior of the cell(s) and the external environment is required. Small, particularly unicellular organisms, such as bacteria and protozoa, have a high surface-area to volume ratio.

neg: - 1 Oxygen then diffuses into the cells, and carbon dioxide enters the blood. 2  The blood then circulates back to the lung, where the process begins again. 3  Definition of Ventilation Ventilation is the process of moving gases through the respiratory tract. In other words, oxygen diffuses towards the blood and is taken up by hemoglobin, and carbon dioxide diffuses towards the alveolus and mixes with the air. 2  No “active process” is involved. 3  Oxygen simply diffuses through the membrane and plasma, and is taken up by the red blood cells.

neg: Ventilation (architecture) Ventilation (architecture) Ventilation is the intentional introduction of ambient air into a space and is mainly used to control indoor air quality by diluting and displacing indoor pollutants; it can also be used for purposes of thermal comfort or dehumidification. The correct introduction of ambient air will help to achieve desired indoor comfort levels although the measure of an ideal comfort level varies from individual to individual. The intentional introduction of subaerial air can be categorized as either mechanica

neg: Respiratory system This exchange process occurs in the alveoli (air sacs) in the lungs. In fish and many invertebrates, respiration takes place through the gills. Other animals, such as insects, have respiratory systems with very simple anatomical features, and in amphibians even the skin plays a vital role in gas exchange.Plants also have respiratory systems but the directionality of gas exchange can be opposite to that in animals.ee also: Respiratory tract. The respiratory system (called also respiratory apparatus, ventilatory system) is a biological system consisting of specific organs and structures used for the process of respiration in an organism.

neg: - In humans and other mammals, the anatomical features of the respiratory system include trachea, bronchi, bronchioles, lungs, and diaphragm. Molecules of oxygen and carbon dioxide are passively exchanged, by diffusion, between the gaseous external environment and the blood.ee also: Respiratory tract. The respiratory system (called also respiratory apparatus, ventilatory system) is a biological system consisting of specific organs and structures used for the process of respiration in an organism.

neg: Regulation of Ventilation During Exercise With exercise, there is a need to increase tidal volume to get more air to participate in alveolar ventilation and increase oxygenation of the blood. “Space” is needed in the lungs to accommodate this extra volume of inhaled air. This extra space comes from out of the inspiratory reserve volume (IRV).

neg: Regulation of Ventilation During Exercise There are non-chemical controls of ventilation that are required to provide input to the respiratory centre to increase ventilation, especially during the initiation of exercise when ventilation needs to increase quickly.

neg: - Multicellular organisms need specialised organ systems, whereas all the life processes in a unicellular organism take place in that one cell. Multicellular organisms need organ systems to carry out functions such as:

neg: - Strategies for assisted mechanical ventilation are about. tailoring care to the needs of the patient. One factor. important in selecting the appropriate ventilator mode, from a critical care view, is determining the current. respiratory status and whether the patient can maintain. that level of ventilation.

neg: Ventilation for Airborne Hazards Some systems are ready-made for specific activities, like the one shown here for welding. Using portable fans or natural ventilation provided by open windows or doors may be easy, but these are often not enough to protect workers from breathing harmful contaminants. Mechanical ventilation systems that remove air are a better solution to reduce airborne contaminants to a level that is safe over a short or long period of time. There are 2 basic types of systems: Local exhaust ventilation (LEV) removes harmful contaminants at, or very near, their source. General industrial ventilation systems reduce the accumulation of less harmful contaminants in a room or entire building. These systems need to be designed and installed correctly to function effectively.

neg: - A respiratory organ consists of a surface across which gas exchange by diffusion can occur between blood and either water or air. The surface must be.  moist enough to allow the cells to live.  large enough to permit sufficient gas exchange.  thin enough to permit rapid diffusion In respiration  blood entering the respiratory organ must be high in CO2 and low in O2.  both gases must move into and out of the body tissues through diffusion.

neg: - The respiratory system (called also respiratory apparatus, ventilatory system) is a biological system consisting of specific organs and structures used for the process of respiration in an organism.

neg: - So, cellular respiration is important because it provides the energy for living organisms to perform all of the other necessary functions to maintain life. Most single-celled organisms, such as bacteria, do not require much energy and are able to survive on glycolysis and fermentation.

neg: - See also: Respiratory tract. The respiratory system (called also respiratory apparatus, ventilatory system) is a biological system consisting of specific organs and structures used for the process of respiration in an organism.his exchange process occurs in the alveoli (air sacs) in the lungs. In fish and many invertebrates, respiration takes place through the gills. Other animals, such as insects, have respiratory systems with very simple anatomical features, and in amphibians even the skin plays a vital role in gas exchange.

neg: - Next. Gas exchange surfaces allow living things to obtain the oxygen they need for respiration. Large organisms need organs for gas exchange, such as gills in fish and lungs in mammals. The parts of the human respiratory system work together to get air into and out of the body.The respiratory system protects itself from disease but there are still diseases of the lungs, including asthma.arge organisms need organs for gas exchange, such as gills in fish and lungs in mammals. The parts of the human respiratory system work together to get air into and out of the body. The respiratory system protects itself from disease but there are still diseases of the lungs, including asthma.


query: who was prince singer

pos: - Early Life. Famed singer, songwriter and instrumentalist Prince was born Prince Rogers Nelson on June 7, 1958, in Minneapolis, Minnesota. Named after the Prince Roger Trio, a jazz band his father performed with as a pianist, Prince was signed to Warner Brother Records as a teenager.he singer found international success with the release of his 1982 album, 1999, and went on to create the film and album Purple Rain (1984). By the time he released his 11th studio album, Batman, in 1989, Prince had become one of America's most commercially successful pop artists.

neg: Prince Prince (born Prince Rogers Nelson June 7, 1958) is a popular musician. His music has spanned myriad styles including funk, rhythm and blues, psychedelia and rock and roll. Many critics refer to the quality of his work and its versatility as being indicative of musical genius.owever, both Prince's parents are African-American, and, like many African-Americans, their lineage is an amalgam of ethnicities. Prince's parents separated and he had a troubled relationship with his stepfather causing him to run away from home. He lived briefly with his father, who bought him his first guitar.

neg: - The Technique. Prince is much more than just a guitarist. He is a composer and producer with the ability to conduct a group much like a symphony. His instrumental abilities supersede most mortals and his guitar playing is no exception.

neg: "Nelson, Prince Rogers (""Prince,"" ""The Artist Formerly Known As Prince"") (1958-2016)" Prince Rogers Nelson, songwriter, singer, producer, and all-round musical icon, was born on June 7, 1958 in Minneapolis, Minnesota.Music was a part of Prince’s family; his father, John Nelson, was a jazz pianist whose stage name was Prince Rogers, and his mother, Mattie Nelson, was a vocalist.Prince’s home life, however, was turbulent, and he left home at the age of 12 and was adopted into another family.rince Rogers Nelson, songwriter, singer, producer, and all-round musical icon, was born on June 7, 1958 in Minneapolis, Minnesota.

neg: - Sheryl Crow, who collaborated with him on the Rave Un2 The Joy Fantastic album in the late ’90s, told Billboard that “I’ve heard him play piano like Chick Corea or Herbie Hancock, move over to bass and play like Larry Graham, then play guitar like Jimi Hendrix or Buddy Guy.” That was Prince's “problem”, maybe.

neg: Prince Biography Synopsis. Prince was born Prince Rogers Nelson on June 7, 1958, in Minneapolis, Minnesota. He later changed his name four times. Prince's early music career saw the release of Prince (1979), Dirty Mind (1980) and Controversy (1981)—all of which created controversy due to their fusion of religious and sexual themes.arly Life. Famed singer, songwriter and instrumentalist Prince was born Prince Rogers Nelson on June 7, 1958, in Minneapolis, Minnesota. Named after the Prince Roger Trio, a jazz band his father performed with as a pianist, Prince was signed to Warner Brother Records as a teenager.

neg: 53 things you might not know about Prince Prince started dating singer and Minneapolis native Bria Valente in 2007 (real name Brenda Fuentes), and during their time together she became a Jehovah's Witness as well. 43. In 1975, Prince was a member of Minneapolis band 94 East.rince started dating singer and Minneapolis native Bria Valente in 2007 (real name Brenda Fuentes), and during their time together she became a Jehovah's Witness as well. 43. In 1975, Prince was a member of Minneapolis band 94 East.

neg: Prince Biography Early Life: Prince was born Prince Roger Nelson on June 7, 1958 in Minneapolis, Minn. Music was a significant part of his life from the beginning. His mother was a jazz singer and his father was a pianist and a songwriter who performed in the Prince Rogers Trio, a jazz group, under the stage name Prince Rogers..Prince is named after his stage name.is mother was a jazz singer and his father was a pianist and a songwriter who performed in the Prince Rogers Trio, a jazz group, under the stage name Prince Rogers.. Prince is named after his stage name.

neg: - Prince can play vocals, guitar, bass, drums, acoustic guitar, keyboards, percussion instruments, piano, keytars, etc.

neg: - Soundtrack | Director | Actor. Prince Rogers Nelson was born in Minneapolis, Minnesota, to Mattie Della (Shaw), a jazz singer, and John L. Nelson, a lyricist and pianist. His parents were both from African-American families from the U.S. south.oundtrack | Director | Actor. Prince Rogers Nelson was born in Minneapolis, Minnesota, to Mattie Della (Shaw), a jazz singer, and John L. Nelson, a lyricist and pianist. His parents were both from African-American families from the U.S. south.

neg: Prince Showed Why He Was The Greatest With This Performance Of âWhile My Guitar Gently Weepsâ In this performance of the Beatles song Prince joined Tom Petty, Jeff Lynne, Steve Winwood on the organ and Harrison’s son, Dhani, on the rhythm guitar. Prince took one of Clapton’s iconic solos and put it into the sexiest blender known to man. It’s mind-melting.

neg: - Prince Roger Nelson (born June 7, 1958), known by his mononym Prince, is an American singer-songwriter, multi-instrumentalist, and actor, a major figure in popular music for over three decades. Prince is renowned as an innovator and is widely known for his eclectic work, flamboyant stage presence, and wide vocal range.rince's father was a pianist and songwriter and his mother was a jazz singer. Prince was named after his father, whose stage name was Prince Rogers, and who performed with a jazz group called the Prince Rogers Trio.

neg: Biography In 1991, Prince assembled a new band called, The New Power Generation with this band he would release singles such as Diamond And Pearls, Cream, and Gett Off. Prince eventually changed his stage name from Prince to a symbol, which lead people to call him, The Artist Formerly Known As Prince.id the music for the movie Girl 6 (1996) as Prince. It was the only time he referred to himself as Prince from 1993 to 2000. The symbol he used as his name was also the name of his last Warner Bros. album as Prince, which was released just a few months before his name change.

neg: Prince In 1991, Prince formed the New Power Generation, the best and most versatile and talented band he has ever assembled. With their first album, Diamonds and Pearls, Prince reasserted his mastery of contemporary R&B; it was his biggest hit since 1985.

neg: - Prince Roger Nelson (born June 7, 1958), known by his mononym Prince, is an American singer-songwriter, multi-instrumentalist, and actor, a major figure in popular music for over three decades.n 1990, Prince went back on tour with a revamped band for his stripped down, back-to-basics Nude Tour. With the departures of Boni Boyer, Sheila E., the horns, and Cat, Prince brought in Rosie Gaines on keys, drummer Michael Bland, and dancing trio The Game Boyz (Tony M. , Kirky J., and Damon Dickson).

neg: Prince (musician) At one point in 1984, Prince simultaneously had the No. 1 album, single, and film in the US; it was the first time a singer had achieved this feat. Prince won the Academy Award for Best Original Song Score for Purple Rain, and the album is ranked 72nd Rolling Stone' s 500 Greatest Albums of All Time.rince's father was a pianist and songwriter and his mother was a jazz singer. Prince was named after his father, whose stage name was Prince Rogers, and who performed with a jazz group called the Prince Rogers Trio.

neg: Paisley Park Records Paisley Park Records was Prince 's record label, which was distributed by and funded in part by Warner Bros. Records.rtists who recorded for Paisley Park include Mazarati, Good Question, Madhouse, Eric Leeds, The Time, Sheila E. , The Family, Mavis Staples, George Clinton, Carmen Electra, Jill Jones, The Three O'Clock, Ingrid Chavez, Dale Bozzio, Rita Ora, Taja Sevelle, and the late Tony LeMans.

neg: Biography In 1991, Prince assembled a new band called, The New Power Generation with this band he would release singles such as Diamond And Pearls, Cream, and Gett Off. Prince eventually changed his stage name from Prince to a symbol, which lead people to call him, The Artist Formerly Known As Prince.rince Rogers Nelson was born in Minneapolis, Minnesota, to Mattie Della (Shaw), a jazz singer, and John L. Nelson, a lyricist and pianist. His parents were both from African-American families from the U.S. south.

neg: """The love we shared, the music he made and our life together is forever engraved in my heart,"" she said." Prince and Testolini met in his native Minneapolis when she worked for his charitable foundation. They lived in Toronto's wealthy Bride Path district, and Prince recorded his Musicology album in part at studios in Toronto and Mississauga.

neg: TMZ: Photo shows Prince leaving Walgreens pharmacy hours before his death TMZ: Photo shows Prince leaving Walgreens pharmacy hours before his death. PAISLEY PARK, Minnesota — The artist known as Prince, who pioneered “the Minneapolis sound” and took on the music industry in his fight for creative freedom, died Thursday, April 21st at age 57.

neg: - Prince Net Worth is $250 million. Prince is an American singer, songwriter, musician, and actor. Prince founded his own recording studios Paisley Park and NPG Records.. Prince is a general term for a ruler, monarch or member of a monarch's or former monarch's family, and is a her...

neg: - $ 300 million prince net worth prince is an american singer songwriter musician and actor who has a net worth of $ 300 million prince was born prince rogers nelson and grew up in minneapolis minnesota

neg: Prince (musician) His music integrates a wide variety of styles, including funk, rock, R&B, new wave, soul, psychedelia, and pop. He has sold over 100 million records worldwide, making him one of the best-selling artists of all time. He won seven Grammy Awards, a Golden Globe Award, and an Academy Award for the film Purple Rain. He was inducted into the Rock and Roll Hall of Fame in 2004, his first year of eligibility. Rolling Stone ranked Prince at number 27 on its list of 100 Greatest Artists—the most influential artists of the rock & roll era. Prince was born in Minneapolis and developed an interest in music as a young child. He signed a recording contract with Warner Bros. at the age of 18, and released his debut album For You in 1978.

neg: Navigation menu Prince was a hugely prolific artist, having released over 900 songs both under his own name and with other artists. He has won seven Grammy Awards, a Golden Globe, and an Academy Award. He was inducted into the Rock and Roll Hall of Fame the first year he was eligible in 2004.

neg: Prince Dies at 57: Iconic Musical Genius Found Dead in Paisley Park Prince's legacy as a musician, a singer, a style icon and an endlessly creative mind is nearly unparalleled, and his influence stretches from pop to R&B to funk to hip-hop and everywhere in between. Purple Rain was the first of four No. 1 albums on the Billboard 200; an additional 12 LPs peaked in the top 10 in four different decades.

neg: Is prince the singer married? He married his singer and dancer Mayte Garcia on Valentine's Day 1996. They had a child that has a genetic disorder a … nd lasted a week. The couple separated in 1998 and formally divorced on June 2000. On New Year's Eve 2001, Prince married Manuela Testolini, a former Paisley Park employee in a hush-hush ceremony.


query: where is the energy greatest in a food chain?

pos: At which level of the food web is the supply of energy the greatest? explain? The first trophic level of the food chain has the greatest energy supply of food because they use the sun's energy to create their own food. (They are the autotrophs.) Organisms in other levels simply consume other organisms and obtain the energy through consumption.

neg: - For example, in the food chain shown below, the small fish (silverside) gets its energy by eating the plankton and the large fish (bluefish) gets its energy by. eating the small fish. Finally, the bacteria eats the fish after it dies, getting its energy from. the large fish.

neg: Trophic level Food chains start at trophic level 1 with primary producers such as plants, move to herbivores at level 2, predators at level 3 and typically finish with carnivores or apex predators at level 4 or 5. The path along the chain can form either a one-way flow or a food web.t the lowest trophic level (the bottom of the food chain), plants convert about 1% of the sunlight they receive into chemical energy. It follows from this that the total energy originally present in the incident sunlight that is finally embodied in a tertiary consumer is about 0.001%.

neg: - Vietnamese police assaulted and beat Montagnard Degar children and babies in addition to adults, women, and old people in the province of Kontum, Kon Braih district, Dak T'Re commune in Bon Kon H'Drom village on 21 August 2012.

neg: Energy Flow in an Ecosystem (With Diagram) In detritus food chain the energy flow remains as a continuous passage rather than as a stepwise flow between discrete entities. The organisms in the detritus food chain are many and include algae, fungi, bacteria, slime moulds, actinomycetes, protozoa, etc.

neg: Nutrients with the Highest Energy Density Energy density refers to calories per unit of weight. At nine calories per gram, fat has the highest energy density; protein and carbs have just four calories per gram. Alcohol has seven calories per gram, but it's not considered a nutrient, which means that beer is little more than empty calories.

neg: food chain (fd) The sequence of the transfer of food energy from one organism to another in an ecological community. A food chain begins with a producer, usually a green plant or alga that creates its own food through photosynthesis.

neg: The Flow of Energy: Higher Trophic Levels 1 Only a fraction of the energy available at one trophic level is transferred to the next trophic level; the fractions can vary between 1-15%, with an average value of 10%. 2  Typically the numbers and biomass of organisms decreases as one ascends the food chain.

neg: Food chain Food chain - Food chain length. 1  The food chain's length is a continuous variable that provides a measure of the passage of energy and an index of ecological structure that increases in value counting progressively through the linkages in a linear fashion from the lowest to the highest trophic (feeding) levels. [7]

neg: food chain The sequence of the transfer of food energy from one organism to another in an ecological community. A food chain begins with a producer, usually a green plant or alga that creates its own food through photosynthesis.

neg: Food energy Fats and ethanol have the greatest amount of food energy per mass, 37 and 29 kJ/g (8.8 and 6.9 kcal/g), respectively. Proteins and most carbohydrates have about 17 kJ/g (4.1 kcal/g). The differing energy density of foods (fat, alcohols, carbohydrates and proteins) lies mainly in their varying proportions of carbon, hydrogen, and oxygen atoms.

neg: - This food chain has four trophic levels: primary producers (plants), primary consumers (herbivores), secondary consumers, and a tertiary consumer, the cougar. Contrast this with food webs in the tundra and the deserts. Notice that this biome produces 6000 Kilocalories of plant tissue per square meter per year.

neg: - Food Chain: is a diagram that shows how food energy moves from one organism to another in a given environment. Food energy moves along the food chain when one organism eats another. Hawaiian Translation: Ku'ina Mea'ai.

neg: - The producer level pyramid contain the most energy, because the sun has the most energy as we know, and producers get their energy from it. As the consumers eat the producers … they will only get 10% of their energy, and the one that will eat them will also get only 10% energy.... so on, & so forth...

neg: Energy Flow Through Food Chains Such a path of food consumption is called a food chain. Each level of consumption in a food chain is called a trophic level. The table gives one example of a food chain and the trophic levels represented in it. Most food chains are interconnected. Animals typically consume a varied diet and, in turn, serve as food for a variety of other creatures that prey on them.

neg: Explain how energy is transferred through food chains and food webs in an ecosystem If an animal can get its energy by ingesting either producers or consumers, it is an omnivore. A food chain does not consist of a set amount of organic matter and energy being passed along like a baton from one organism to another. In reality, the baton gets smaller and smaller with each transfer.

neg: Why is the sun considered the ultimate source of energy for life on earth? provides light energy to the firsts of almost all food chains (excludes vent communities) which are the plants for photosynthesis    The sun provides three things for l … ife to occur on earth.   1. Heat. With out the heat, no life could survive.   2. Energy. Plants can combine the energy in the sun with water and minerals in the soil to produce their own food. All other life depends on plants at some level for their food in the food chain.   3. Light.

neg: What color has the most energy? The visible light with the highest frequency (shortest wavelength) carries the most energy. That means it is the light at the violet end of the 'rainbow'.he blue end of the spectrum has a shorter wavelength, higher frequency and more energy than the red end o … f the spectrum. Thus violet light has the highest frequency and most energy.

neg: Ecology/Energy in ecosystems The largest source of energy for an ecosystem is the sun. Energy that is not used in an ecosystem is eventually lost as heat. Energy and nutrients are passed around through the food chain, when one organism eats another organism.Any energy remaining in a dead organism is consumed by decomposers.n Ecological Pyramid of Biomass shows the relationship between energy and trophic level by quantifying the amount of biomass present at each trophic level (dry mass per trophic level). As such, is assumed that there is a direct relationship between biomass and energy.

neg: - Plants are the first level in the food chain or food webs and are known as primary producers. They make all the food and energy that is found in an ecosystem.

neg: What is the difference between a food web and a food chain? Trophic Level - A trophic level is each level in a food chain. Matter is always 'lost' as heat energy at each trophic level. Basal Energy Requirement (B.E.R.) - the amount of energy used by an organism's body just to keep alive, when no food is being digested and no muscular work is being done.

neg: Food energy In many countries, only one of the units is displayed; in the US and Canada labels spell out the unit as calorie or as Calorie. Fats and ethanol have the greatest amount of food energy per gram, 37 and 29 kJ/g (8.8 and 6.9 kcal/g), respectively. Proteins and most carbohydrates have about 17 kJ/g (4 kcal/g).

neg: - A food web describes the flow of energy and nutrients through an ecosystem, while a food chain is a linear path through a food web. Distinguish between food chains and food webs as models of energy flow in ecosystems. Organisms can be organized into trophic levels: primary producer, primary consumer, secondary consumer, and tertiary or higher-order consumer.

neg: Energy Flow Through Food Chains At each link in a food chain, a substantial portion of the sun's energy — originally trapped by a photosynthesizing autotroph — is dissipated back to the environment (ultimately as heat). Thus it follows that the total amount of energy stored in the bodies of a given population is dependent on its trophic level.

neg: Each level in a food chain is called? Because the prey has already used the energy, or because the consumer has not eaten or cannot digest all of the prey. ecosystem. How much food chain energy is passes from one trophic level to the next, tell you in percents. Heat, Food, Energy are some ways energy are lost at each level of the food chain.

neg: - Food chains start at trophic level 1 with primary producers such as plants, move to herbivores at level 2, predators at level 3 and typically finish with carnivores or apex predators at level 4 or 5. The path along the chain can form either a one-way flow or a food web.


query: when was the final star placed on the flag

pos: American Flag This flag was short lived, as it was replaced by the modern 50 star flag on July 4, 1960, as Hawaii became our 50th state. This flag remains the flag of the United States today. The stars are placed in a staggered pattern . . . 5 rows have 6 stars, and 4 rows have 5 stars ( 5X6 + 4X5 = 50). It is a clever arrangement which creates an attractive flag.

neg: How many stripes are on the american flag and why? The U.S. flag has undergone many changes since the first official flag of 1777. On June 14, 1777 , the Continental Congress passed the first Flag Act, which said that the flag would be made up of thirteen alternating red and white stripes and thirteen white stars on a blue field. Stars have been added to the flag as new states join the union. Currently, the flag contains 50 stars. Ever wonder why the flag is red, white, and blue? While the flag's colors did not have a specific meaning at the time, the colors were significant for the Great Seal of 1782.

neg: Flag of the United States The current design of the U.S. flag is its 27th; the design of the flag has been modified officially 26 times since 1777. The 48-star flag was in effect for 47 years until the 49-star version became official on July 4, 1959. The 50-star flag was ordered by the then president Eisenhower on August 21, 1959, and was adopted in July 1960. It is the longest-used version of the U.S. flag and has been in use for over 56 years.

neg: - By the Spanish American War (1898), hand-sewing on American national flags had all but vanished. Many 18th and 19th century military flags actually had painted stars. These were often gilt-painted in gold or silver, but are sometimes white on homemade flags.

neg: Evolution of the United States Flag 1 Executive Order of President Taft dated June 24, 1912 - established proportions of the flag and provided for arrangement of the stars in six horizontal rows of eight each, a single point of each star to be upward.

neg: - The 30 star Flag: This Flag became the Official United States Flag on July 4th, 1848. A star was added for the admission of Wisconsin (May 29th, 1848) and was to last for 3 years. The three Presidents to serve under this flag were; James Polk (1845-1849), Zachary Taylor (1849-1850),and Millard Fillmore (1850-1853).

neg: What color are the stars in the United States flag? The first flag of the United States of America according to the flag resolution of June 14, 1777, in the Continental Congress had 13 stars and 13 stripes. The current 50-star …flag dates to July 4th, 1960 . In total there were 27 different official flags of the United States.

neg: Flag of the United States The design of the flag has been modified 26 times officially since 1777. The 48-star flag was in effect for 47 years until the 49-star version became official on July 4, 1959. The 50-star flag was ordered by President Eisenhower on August 21, 1959 and was adopted in July 1960.

neg: Flag of the United States See also: Timeline of the flag of the United States. The current design of the U.S. flag is its 27th; the design of the flag has been modified officially 26 times since 1777. The 48-star flag was in effect for 47 years until the 49-star version became official on July 4, 1959.

neg: - The thirteen stripes represent the original 13 colonies. The 50 star flag has been in use since July 4, 1960 when Hawaii officially joined the union. In the first years of the Revolutionary War, America fought under many flags.his brought a measure of international recognition to the United Colonies. A flag with thirteen stars and thirteen stripes received its first salute from another country on February 14, 1778, when French vessels in Quiberon Bay, France, saluted John Paul Jones and his ship, The Ranger..

neg: The Flag of the United States of America On the admission of a new State into the union one star shall be added to the union of the flag, and such addition shall take effect on the fourth day of July then next succeeding such admission. (2.)*.

neg: The Number of Stars in the American Flag When two new States were admitted to the Union (Kentucky and Vermont), a resolution was adopted in January of 1794, expanding the flag to 15 stars and 15 stripes. This flag was the official flag of our country from 1795 to 1818, and was prominent in many historic events.

neg: The First United States Flag Much evidence exists pointing to Congressman Francis Hopkinson as the person responsible for its design.The only President to serve under this flag was George Washington (1789-1797) . This Flag was to last for a period of 18 years. Each star and stripe represented a Colony of which there were thirteen, united nearly one year earlier by the Declaration of Independence. The thirteen Colonies are listed below with the date that each ratified the Constitution and became a State. ( 1 1st) Delaware December 7th, 1787. ( 2 2nd) Pennsylvania December 12th,1787.

neg: Facts About the U.S. Flag This new flag was a 20-star flag. From this point onward, the basic design of the American flag would remain the same; the only thing that would be changed was the number of stars in the blue rectangle.

neg: - The U.S flag evolved from the first flag in 1777, which had 13 stars and 13 stripes and was commissioned by the Continental Congress and George Washington. In this clip learn facts about the U.S flag and how additional stars were added to flag as m...ore states joined the Union.

neg: - The 25 Star Flag: This Flag became the Official United States Flag on July 4th, 1836. A star was added for the admission of Arkansas (June 15th, 1836) and was to last for just one year. The two Presidents to serve under this flag were Andrew Jackson (1829-1837) and Martin Van Buren (1837-1841).

neg: Flag of the Week â USA (51-stars) But will the actual U.S. flag need more stars soon? It is widely known that the 50 stars on the flag of the United States represent the states themselves. When the Stars and Stripes was adopted in 1777 there were 13 states (then colonies), thus a 13-star flag, and as each new state was admitted to the union a star was added to the flag. The current 50-star flag, acknowledging Hawaii’s admission, was unveiled on 4th July 1960. Should a 51 st state become a reality there’s already proposed future designs for the updated flag. The first is similar to the descending rows of stars [6-5-6-5-6-5-6-5-6] we have today. On the 51-star version the ...

neg: How many stripes are on the american flag and why? The U.S. flag has undergone many changes since the first official flag of 1777. On June 14, 1777, the Continental Congress passed the first Flag Act, which said that the flag would be made up of thirteen alternating red and white stripes and thirteen white stars on a blue field.Stars have been added to the flag as new states join the union. Currently, the flag contains 50 stars.n June 14, 1777, the Continental Congress passed the first Flag Act, which said that the flag would be made up of thirteen alternating red and white stripes and thirteen white stars on a blue field.

neg: The History of the American Flag: A Timeline Five months later, Betsy Ross, a Philadelphia seamstress, sews what is remembered as the first “American Flag,” featuring thirteen white stars laid in a circle on a blue background surrounded by thirteen red and white stripes.778-1794 – Alternative versions of the American flag continue to be produced and used by various prominent military outfits and sailing vessels in spite of the official adoption of the Ross design. All versions utilize the red, white, and blue theme.

neg: The Mysterious Origins of the American Flag The American flag has gone through many changes since it was adopted 235 years ago by the Second Continental Congress. As the adoption of the Stars and Stripes is commemorated this Thursday on Flag Day, find out more about Old Glory’s mysterious origins and its rise to iconic prominence. When the American Revolutionary War broke out in 1775, the colonists didn’t yet unite under a single flag.

neg: 13 Stripes and 51 Stars Long: Alternating rows of even and odd numbers of stars, beginning and ending with the longer row. This is the pattern of our current 50-star flag. Short: Like the previous pattern, but beginning and ending on the shorter row. This pattern has never been used on the American flag. Out of our six patterns, however, it's the only one that's viable for a hypothetical 71-star flag.

neg: IN PRAISE OF THE STARS AND BARS Number 64 was submitted by Mr. & Mrs. G. W. Ladd of Winnsboro, South Carolina, under cover dated 10 February 1861. That flag design has: a field of three horizontal bars, blue-white-blue; A red canton extending down 2/3 the width of the flag; a circle of seven white stars; and within the circle, a white crescent (points up).

neg: Confederate Flag History First national flag (the Stars and Bars). The first official flag of the Confederacy, called the  Stars and Bars , was flown from March 5, 1861, to May 26, 1863. The very first national flag of the Confederacy was designed by Prussian artist Nicola Marschall in Marion, Alabama.The Stars and Bars flag was adopted March 4, 1861 in Montgomery, Alabama and raised over the dome of that first Confederate Capitol. Marschall also designed the Confederate uniform.he state flags of Mississippi, Georgia, and Tennessee are all based on Confederate flags. The flag of North Carolina is based on the state's 1861 flag which dates back to the Confederacy and appears to be based on the first Confederate flag.

neg: - Moving to Arkansas. A Tax Guide for New Residents. History of the Arkansas State Flag. Arkansas became the 25th state to join the union in 1836, and 25 white stars. signify this historic event. Miss Willie K. Hocker of Wabbaseka, Arkansas, de-. signed the original flag in 1913. The three blue stars under the word “Arkansas”.

neg: Lemon Juice Soothed the Pain of a Hornet Sting “A couple summers ago I got stung on the foot by a wasp in my garage. I looked up home remedies for stings on your website, put baking soda on the sting then added a few drops of vinegar, left it on for a few minutes and rinsed it off.

neg: - This Day in History: 06/14/1777 - Stars and Stripes Adopted. This Day In History takes us back to June 14th, 1777. In a time of renewal, we get to check out how our nation's flag came to be here in the United States. Figure out who was responsible for this act in this interesting video clip.


query: what kind of teeth does an aardvark have

pos: - Not only do aardvarks have teeth they have interesting teeth. The adult aardvark's teeth have no enamel (hard) coating so the teeth are worn away easily. The aardvark's teeth regrow all of its life.

neg: Aardvark (the animal facts) Aardvark (the animal facts) Posted on May 24, 2014 //. Aardvark is not just the name of your local trash company. It’s also an animal native to Africa, whose name comes from the word meaning “earth pig”.

neg: Aardvark The aardvark (/ˈɑrd.vɑrk/ ARD-vark; Orycteropus afer) is a medium-sized, burrowing, nocturnal mammal native to Africa. It is the only living species of the order Tubulidentata, although other prehistoric species and genera of Tubulidentata are known.Unlike other insectivores, it has a long pig-like snout, which is used to sniff out food.t is the only living species of the order Tubulidentata, although other prehistoric species and genera of Tubulidentata are known. Unlike other insectivores, it has a long pig-like snout, which is used to sniff out food.

neg: - 1 The common fangtooth, or Anoplogaster cornuta, is a small, deep-sea fish with some of the largest teeth in the ocean, proportional to its size. Newscom.  The aptly-named blobfish is now in danger of being wiped out. The bloated bottom dweller, which can grow up to 12 inches, lives at depths of up to 900m making it rarely seen by humans. But thanks to increasing fishing of the seas Down Under, the fish is being dragged up with other catches. Despite being inedible, the blobfish unluckily lives at the same depths as other more appetizing ocean organisms, including crab and lobster.

neg: Aardvark Aardvarks are also able to use the same techniques to break into underground ant nests. Aardvark Predators and Threats Despite the fact that aardvarks are nocturnal animals that live in the safety of underground burrows, they are threatened by a number of different predators throughout their natural environment.

neg: Aardvark One of the most distinctive characteristics of the aardvark is their teeth. Instead of having a pulp cavity in their tooth, they have a number of thin tubes of dentine (a calcified tissue of the body), each containing pulp held together by cementum (a specialized calcified substance covering the root of a tooth).

neg: Narwhal The narwhal, or narwhale, is a medium-sized toothed whale that possesses a large tusk from a protruding canine tooth. It lives year-round in the Arctic waters around Greenland, Canada, and Russia. It is one of two living species of whale in the Monodontidae family, along with the beluga whale. The narwhal males are distinguished by a long, straight, helical tusk, which is an elongated upper left canine. The narwhal was one of many species described by Carl Linnaeus in his publication Systema N

neg: Narwhal The narwhal (Monodon monoceros), or narwhale, is a medium-sized toothed whale that possesses a large tusk from a protruding canine tooth. It lives year-round in the Arctic waters around Greenland, Canada, and Russia. It is one of two living species of whale in the Monodontidae family, along with the beluga whale.

neg: Ivory Dragon Claw Ivory Dragon Claw. From Skyrim Wiki. The glyphs on this claw are Hawk, Hawk and Dragon : This claw is found in the remains of Daynas Valen while investigating the Gauldur Legend in Folgunthur and is used to open a door leading to Folgunthur Crypt, two treasures rooms, as well as a door at Reachwater Rock.vory Dragon Claw. From Skyrim Wiki. The glyphs on this claw are Hawk, Hawk and Dragon : This claw is found in the remains of Daynas Valen while investigating the Gauldur Legend in Folgunthur and is used to open a door leading to Folgunthur Crypt, two treasures rooms, as well as a door at Reachwater Rock.

neg: Narwhal Size relative to a bus: The narwhal is the unicorn of the sea, a pale-colored porpoise found in Arctic coastal waters and rivers. These legendary animals have two teeth. In males, the more prominent tooth grows into a swordlike, spiral tusk up to 8.8 feet (2.7 meters) long.emales sometimes grow a small tusk of their own, but it does not become as prominent as the male's. Narwhals are related to bottlenose dolphins, belugas, harbor porpoises, and orcas. Like some other porpoises, they travel in groups and feed on fish, shrimp, squid, and other aquatic fare.

neg: Dental Anatomy Hypsodont or high-crowned teeth are continue to erupt throughout life. Examples of this type of teeth include all of the permanent teeth of horses and cheek teeth of ruminants. Hypsodont teeth are usually described as having a body, much of which is below the gum line, and root, which is embedded in the alveolus of the jaw bone. Enamel covers the entire body of the tooth, but not the root.

neg: WWFAbout Us How to HelpSearchSearch wDonate AdoptOur Work Species Places The narwhal looks like a cross between a whale and a unicorn with its long, spiraled tusk jutting from its head. Males most commonly have tusks, and some may even have two. The tusk, which can grow as long as 10 feet, is actually an enlarged tooth. Ongoing research by WWF collaborators indicates that the tusk has sensory capability, with up to 10 million nerve endings inside. The tusk may also play a role in the ways males exert dominance.

neg: - Narwhal translates from Old Norse to mean “corpse-like,” describing the whale’s mottled black and white skin. Linneus documented the species name for the narwhal’s most unique feature, its unicorn-like single tusk found on most males. However, his naming of the whale in 1758 translates to mean “one tooth, one horn.” Narwhal have two teeth and no horns.

neg: Are Aardvarks Endangered? Are Aardvarks Endangered? In prior years it was said that the aardvark was in fact an endangered species. However since the year 2002, these animals have been listed under the category of least concern on the South African ICUN red list. In addition to this, it is also now believed that the creature may never have been endangered to begin with.

neg: Milk teeth There are four different types of teeth: 1  Incisors. These are your four front teeth on the top and bottom jaw. 2  Canine teeth. These are sharp, pointy teeth. 3  Premolars. Next to your canine teeth are your premolars (also called bicuspid teeth). 4  Molars. You have eight molars: four on top and four on the bottom.

neg: - It has a long, thin tail with a tufted black tip, dark sparsely-furred ears, and pale grey toes. Its fifth toe is small with a nail, rather than a claw, on the forefeet. Its hindfeet are bristled. Its cheek teeth are shaped like figures-of-eight, hence the degu's genus name  Octodon .t has a long, thin tail with a tufted black tip, dark sparsely-furred ears, and pale grey toes. Its fifth toe is small with a nail, rather than a claw, on the forefeet. Its hindfeet are bristled. Its cheek teeth are shaped like figures-of-eight, hence the degu's genus name  Octodon .

neg: How many teeth do cows have? Do they have teeth in both the upper and lower jaw? Cows have 32 permanant teeth. They have 8 incisors on the botton jaw and no teeth on the top jaw, which is called the dental pad. _________________________________________. NOTE: Cow's teeth are different from ours.

neg: aardvark Definition of aardvark for Students. : an African animal with a long snout and a long sticky tongue that feeds mostly on ants and termites and is active at night.

neg: HTML Fundamentals Who We Are. For 50 years, WWF has been protecting the future of nature. The world’s leading conservation organization, WWF works in 100 countries and is supported by 1.2 million members in the United States and close to 5 million globally.

neg: Narwhal The most conspicuous characteristic of the male narwhal is a single long tusk, a canine tooth that projects from the left side of the upper jaw, through the lip and forms a left-handed helix spiral. Their tusks grow throughout life, reaching lengths from about 1.5 to 3.1 m (4 ft 11 in to 10 ft 2 in).n the winter, the male narwhals occasionally dive up to 1,500 metres (4,900 feet) in depth, with dives lasting up to 25 minutes. Narwhals, like most toothed whales, communicate with clicks, whistles, and knocks. Narwhals can live up to 50 years. They are often killed by suffocation when the sea ice freezes over.

neg: - Cows have 32 permanant teeth. They have 8 incisors on the botton jaw and no teeth on the top jaw, which is called the dental pad. NOTE: Cow's teeth are different from ours. On the top front, cows have a tough pad of skin instead of teeth. They have 8 incisors on the bottom front and 6 strong molars on the top and bottom of each side to grind their food. Cows have a total of 32 teeth. http://www.hiyt.afhe.ualberta.ca/fall06project/cowteeth.pdf. http://www.moomilk.com/faq.htm#Do%20cows%20have%20special%20teeth%20for%20eating%20grass. [Note & Links added Mar.

neg: Craniates Among craniates, the most primitive are the hagfishes. Hagfishes do not have a bony skull. Instead their skull is made up of cartilage, a strong but flexible substance that consists of the protein keratin. Hagfishes are the only living animal that have a skull but lack a backbone or vertebral column.The first known craniates were marine animals that evolved about 480 million years ago. These early craniates are thought to have diverged from lancelets. As embryos, craniates have a unique tissue called the neural crest.raniates, like all chordates, develop a notochord that is present in hagfishes and lampreys but which disappears in most vertebrates where it is replaced by the vertebral column. All craniates have an internal skeleton, also called an endoskeleton.

neg: - Crocodiles have 60 teeth in their mouth at any one time and can grow up to 2-3,000 teeth during their lifetime. Poisonous snakes have hollow fangs which eject poison. Giraffes have 32 teeth, just like humans. Elephants have four sets of teeth in their lifetime.

neg: Narwhal The most conspicuous characteristic of the male narwhal is a single long tusk, a canine tooth that projects from the left side of the upper jaw, through the lip and forms a left-handed helix spiral. Their tusks grow throughout life, reaching lengths from about 1.5 to 3.1 m (4 ft 11 in to 10 ft 2 in).he narwhal males are distinguished by a long, straight, helical tusk, which is an elongated upper left canine. The narwhal was one of many species described by Carolus Linnaeus in his publication Systema Naturae in 1758.

neg: - When food is scarce and they are forced to, aardvarks will eat other soft-bodied insects or wild melons. Aardvarks have an excellent sense of smell which they use to find food, and wonderful hearing which they use to keep from becoming food. The aardvark's entire body is built around eating termites.hey are nocturnal, solitary and somewhat nomadic. Aardvarks are found wherever termite mounds and ant hills are plentiful, this being their preferred food. As the aardvark progresses from one mound to the next, it will dig small (10 ft long), temporary burrows in which to hide from predators and/or sleep the day away.

neg: Where do Aardvarks Live Where do Aardvarks come from? Aardvarks are native to Africa and, apart from the Sahara desert and islands, they can be found across the entire continent. Aardvarks can live in a variety of habitats including: grassland, woodland, bushland and savannas. These areas contain enough food for the aardvark to survive. The following is a map of the native range of the aardvark: Aardvarks live in burrows and their main burrow will have several entrances and can be up to 13 m (43 ft) long. They also dig temporary burrows within 30 km of their main burrow which are used as refuges as they look for food. They use the main burrow for breeding, to protect themselves from predators and for rest.