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before now', 'alive having life;
Something that has all of the characteristics of life is considered to be alive.
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According to Frontier Herbs, the use of essential oils in aromatherapy is effective because the human brain responds to past memories associated with a scent.
Specific scents are often associated with memories.
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Age- associated memory impairment 2.4.1 Concept of memory impairment in the elderly As people age, they often complain of memory loss.
Specific scents are often associated with memories.
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By analyzing specific passages from the books, Halloran concluded that references to Father Africa are associated with care-giving for children and memories, while Mother Africa often represents violence or pain.
Specific scents are often associated with memories.
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Episodic memory, or memory associated with remembering specific events, is mostly affected.
Specific scents are often associated with memories.
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Hence, often a memory may focus on one specific impression associated with the threat or harm.
Specific scents are often associated with memories.
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His art seeks to combine his memories of the South with specific, often religious, associations.
Specific scents are often associated with memories.
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His poetry more specifically conveys the disorienting impact of the mass mediated metropolis on memory, personal and cultural, as he exposes the erasure of historical continuity more often associated with postmodernism.
Specific scents are often associated with memories.
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Memory is often associated with smell.
Specific scents are often associated with memories.
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Moreover, nothing conjures a memory of a place or incident as well as the scent with which it can be associated.
Specific scents are often associated with memories.
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Of Fractures Due To It Improvement Of Memory Decrease Of Strokes Decrease Of Aging Of Skin THERAPY FOR SPECIFIC DISEASES This involves treatment of specific conditions often found associated with the menopause.
Specific scents are often associated with memories.
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Scent Tracking by Tamarack Song A particular odor can bring back memories or emotions associated with it.
Specific scents are often associated with memories.
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Scents provide a link to memory and emotions.
Specific scents are often associated with memories.
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She recounts her memories of Central California as among her most powerful memories, specifically recalling of the scent of Oleanders that proliferated in her grandparents' neighborhood, in Fresno.
Specific scents are often associated with memories.
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The memories associated with experiments of this type are often called false memories .
Specific scents are often associated with memories.
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This is because stored memories and emotions are linked with a scent memory, and memories are often triggered by a fragrance.
Specific scents are often associated with memories.
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Trigger His Scent Memory 7.
Specific scents are often associated with memories.
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Unreachable memory is often associated with software aging.
Specific scents are often associated with memories.
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While normal aging often results in some memory loss, up until now, scientists have been unable to pinpoint changes in specific areas of the brain associated with degeneration.
Specific scents are often associated with memories.
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Colchicine inhibits spindle formation, and prevents separation of chromosomes at anaphase.
Spindle fibers pull linked chromosomes apart in anaphase i.
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During anaphase II, the spindle fibers again pull the chromosomes apart to opposite poles of the cell; however, this time it is the sister chromatids that are being split apart, instead of the pairs of homologous chromosomes as in the first meiotic step.
Spindle fibers pull linked chromosomes apart in anaphase i.
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During mitosis or meiosis, the spindle checkpoint prevents anaphase onset until all chromosomes are properly attached to the spindle.
Spindle fibers pull linked chromosomes apart in anaphase i.
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If chromosomes are not properly attached to the mitotic spindle by the time of this checkpoint, the onset of anaphase will be delayed.
Spindle fibers pull linked chromosomes apart in anaphase i.
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Link to a discussion of the role of spindle fibers and microtubule motors in the chromosome movements of mitosis.
Spindle fibers pull linked chromosomes apart in anaphase i.
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Multipolar spindles and lagging chromosomes are frequent during metaphase and anaphase, suggesting defects in the mitotic apparatus and chromosome attachment to it.
Spindle fibers pull linked chromosomes apart in anaphase i.
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Stable cyclin B allows the transition to anaphase, but anaphase A chromosome movements are slowed, anaphase B spindle elongation does not occur, and the monooriented disjoined chromosomes begin to oscillate between the spindle poles.
Spindle fibers pull linked chromosomes apart in anaphase i.
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The chromosomes are pulled by spindle fibers.
Spindle fibers pull linked chromosomes apart in anaphase i.
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The dicentric chromosome insult simply prolongs this natural transition in the development of the anaphase spindle.
Spindle fibers pull linked chromosomes apart in anaphase i.
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The rare anaphase figures do not reveal the characteristic chromosome orientation indicative of the strong mechanical pull evident in wild-type anaphase, where chromosome arms trail behind leading centromeric regions on their way to the spindle poles.
Spindle fibers pull linked chromosomes apart in anaphase i.
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homologous chromosome and spindle fiber 2.
Spindle fibers pull linked chromosomes apart in anaphase i.
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Sexual reproduction produces diversity.
Spores are generally produced through sexual reproduction.
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The spores produced by fruit bodies are usually the result of sexual reproduction.
Spores are generally produced through sexual reproduction.
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The spores produced in a spore capsule are the result of SEXUAL REPRODUCTION .
Spores are generally produced through sexual reproduction.
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There are two general types of reproduction, asexual and sexual reproduction.
Spores are generally produced through sexual reproduction.
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Thus spores are part of the sexual reproduction cycle.
Spores are generally produced through sexual reproduction.
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A guitar string is tuned in frequency by adjusting the tension on the string with the tuning peg.
Stringed instruments can help show the relationship between tension and frequencies in strings.
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A vibrating string vibrates with a set of frequencies that depend on the string's tension.
Stringed instruments can help show the relationship between tension and frequencies in strings.
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As the tension of a guitar string is increased, the speed of vibrations in the string is increased and the frequency will be increased.
Stringed instruments can help show the relationship between tension and frequencies in strings.
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I appreciate you coming to Hanks and showing my third period class your ideas on frequency, gravity, and stringed instruments.
Stringed instruments can help show the relationship between tension and frequencies in strings.
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String frequency is controlled by adjusting tension for tuning and by manipulating length for performance.
Stringed instruments can help show the relationship between tension and frequencies in strings.
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The resonant frequencies of a string are determined by the length between the fixed ends and the tension of the string.
Stringed instruments can help show the relationship between tension and frequencies in strings.
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This is because resonant frequency is correlated with tension as in a taunt string.
Stringed instruments can help show the relationship between tension and frequencies in strings.
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In a chemical reaction, the substances that are produced are called the products .
Substances produced by a reaction are known as products.
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One of these products is malondialdehyde (MDA), which is the substance that produces the color reaction in the AFRT.
Substances produced by a reaction are known as products.
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PRODUCT New substance produced as the result of a chemical reaction.
Substances produced by a reaction are known as products.
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Some companies even stopped producing products with possible allergens -- substances that can cause allergic reactions.
Substances produced by a reaction are known as products.
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The amount of product that is produced during a reaction is the actual yield.
Substances produced by a reaction are known as products.
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The subject invention also provides a method of producing an antibody which specifically binds to the product of a reaction between a substrate and a labeling substance which comprises immunizing an animal with the above-described immunogen and recovering the antibody produced by the animal.
Substances produced by a reaction are known as products.
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a product is substance formed by reaction.
Substances produced by a reaction are known as products.
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product a substance produced by a chemical reaction.
Substances produced by a reaction are known as products.
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173.273 Sulfur trioxide.
Sulfur can combine with oxygen to produce sulfur trioxide.
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7446-11-9.........................Sulfur trioxide....................................
Sulfur can combine with oxygen to produce sulfur trioxide.
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Boron trioxide is produced by treating borax with sulfuric acid in a fusion furnace.
Sulfur can combine with oxygen to produce sulfur trioxide.
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Common sulfonating agents are concentrated sulfuric acid, fuming sulfuric acid, sulfur trioxide and other sulfur-containing liquids.
Sulfur can combine with oxygen to produce sulfur trioxide.
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Electrostatic precipitators and sulfur trioxide conditioning.
Sulfur can combine with oxygen to produce sulfur trioxide.
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For example, sulfur trioxide is not produced quantitatively by the combustion of sulfur.
Sulfur can combine with oxygen to produce sulfur trioxide.
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Impedes formation of sulfur trioxide.
Sulfur can combine with oxygen to produce sulfur trioxide.
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It is made by dissolving sulfur trioxide in sulfuric acid.
Sulfur can combine with oxygen to produce sulfur trioxide.
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It is made by reacting sulfur trioxide with sulfuric acid to produce oleum.
Sulfur can combine with oxygen to produce sulfur trioxide.
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It occurs combined with other chemicals such as sulfur or carbon and oxygen.
Sulfur can combine with oxygen to produce sulfur trioxide.
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Reduced sulfur includes sulfur equivalent from all sulfur emissions including sulfur dioxide, sulfur trioxide, and sulfuric acid.
Sulfur can combine with oxygen to produce sulfur trioxide.
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SULFUR TRIOXIDE .
Sulfur can combine with oxygen to produce sulfur trioxide.
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Sulfur Trioxide (SO3) 2.
Sulfur can combine with oxygen to produce sulfur trioxide.
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Sulfur and oxygen can form sulfur dioxide (SO 2 ) and sulfur trioxide (SO 3 ).
Sulfur can combine with oxygen to produce sulfur trioxide.
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Sulfur dioxide and trioxide are highly toxic.
Sulfur can combine with oxygen to produce sulfur trioxide.
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Sulfur dioxides (SO2) In addition to the natural occurring sulfur dioxides, sulfur dioxide can be formed during the combustion by combining sulfur in the fuel with oxygen.
Sulfur can combine with oxygen to produce sulfur trioxide.
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Sulfur trioxide can be prepared in the laboratory by the two-stage pyrolysis of sodium bisulfate.
Sulfur can combine with oxygen to produce sulfur trioxide.
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Sulfur trioxide....................................
Sulfur can combine with oxygen to produce sulfur trioxide.
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The sulfur in the minerals turned into a combination of oxygen and sulfur called "sulfate".
Sulfur can combine with oxygen to produce sulfur trioxide.
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The sulfur trioxide is absorbed into the water droplets, producing a deadly aerosol of sulfuric acid.
Sulfur can combine with oxygen to produce sulfur trioxide.
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The sulfuric acid is reused in place of the sulfur trioxide to leach more zinc oxide.
Sulfur can combine with oxygen to produce sulfur trioxide.
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and SO3 is sulfur tri oxide, or sulfur trioxide.
Sulfur can combine with oxygen to produce sulfur trioxide.
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role of ash in converting sulfur dioxide to sulfur trioxide and then to sulfuric acid;
Sulfur can combine with oxygen to produce sulfur trioxide.
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* Superconductor: A type of electrical conductor that permits a current to flow with zero resistance.
Superconductors are materials with a resistivity of zero.
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A perfect conductor is called a superconductor, it has zero resistance.
Superconductors are materials with a resistivity of zero.
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At low enough temperatures, some materials become superconductors with zero electrical resistance.
Superconductors are materials with a resistivity of zero.
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BACKGROUND Superconductors are materials in which the electrical resistivity is zero when the temperature of the material is less than a critical temperature, Tc.
Superconductors are materials with a resistivity of zero.
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Electrical resistance usually decreases with decreasing temperature, and for certain materials, called superconductors, it becomes extremely low near absolute zero ().
Superconductors are materials with a resistivity of zero.
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If (resistivity) is equal to zero inside the superconductor while the current is flowing, the electric field must be zero.
Superconductors are materials with a resistivity of zero.
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In a superconductor however, the resistance drops abruptly to zero when the material is cooled below its critical temperature.
Superconductors are materials with a resistivity of zero.
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In a superconductor, the resistance drops abruptly to zero when the material is cooled below its critical temperature.
Superconductors are materials with a resistivity of zero.
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In some materials, called superconductors, resistance decreases to zero at critically low temperature.
Superconductors are materials with a resistivity of zero.
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Some superconductors have zero resistance, and so there are absolutely no current or power losses as electrons move through the material.
Superconductors are materials with a resistivity of zero.
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Superconductor A material that can conduct electricity with essentially zero resistance.
Superconductors are materials with a resistivity of zero.
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Superconductor A material that has zero bulk electrical resistance.
Superconductors are materials with a resistivity of zero.
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Superconductors Superconductors are materials with zero resistance.
Superconductors are materials with a resistivity of zero.
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Superconductors are a novel material that shows zero resistance.
Superconductors are materials with a resistivity of zero.
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Superconductors are materials that exhibit zero electrical resistance at very low temperatures, near to absolute zero One of the most important superconductors in practical use is a niobium-tin alloy, Nb 3 Sn.
Superconductors are materials with a resistivity of zero.
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Superconductors are materials which (under certain specific conditions) have zero resistivity, and are perfect diamagnets.
Superconductors are materials with a resistivity of zero.
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The two most critical properties of superconductors, indeed the necessary conditions for establishing that superconductivity exists in a material, are zero resistance and the Meissner effect .
Superconductors are materials with a resistivity of zero.
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We say that superconductors have zero resistance, but it might be more accurate to just say that Ohm's law has utterly failed and that the resistivity simply is not defined for such a material.
Superconductors are materials with a resistivity of zero.
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a Superconductor A material with zero resistance to the flow of electric current.
Superconductors are materials with a resistivity of zero.
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A few insects (water striders, Gerris remigis ) actually can walk on water.
Surface tension is responsible for the fact that small insects can walk on water.
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Anyway, what makes it possible for insects to walk on water is called Surface tension .
Surface tension is responsible for the fact that small insects can walk on water.
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As a result of hydrogen bonding, water has a very high surface tension, allowing some insects to walk on the water surface.
Surface tension is responsible for the fact that small insects can walk on water.
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As one walks on the trail under the Sun that shines through woods, listening to songs of small birds and insects, the sound of water dropping quietly can be heard.
Surface tension is responsible for the fact that small insects can walk on water.
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Cohesion of water also causes surface tension, water's invisible skin which allows water striders to walk on water.
Surface tension is responsible for the fact that small insects can walk on water.
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For example, water striders use surface tension to walk on the surface of a pond.
Surface tension is responsible for the fact that small insects can walk on water.
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I also like the fact that Snake can make noise by walking on various surfaces, and the sound of the puddles of water when he walks through them.
Surface tension is responsible for the fact that small insects can walk on water.
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It is the high surface tension of water that allows some insects to "walk" on water.
Surface tension is responsible for the fact that small insects can walk on water.
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