The energy of moving matter is called kinetic energy. Scientists think that the particles of all matter are in constant motion. In other words, the particles of matter have kinetic energy. The theory that all matter consists of constantly moving particles is called the kinetic theory of matter.
- If particles do not have enough kinetic energy to overcome the force of attraction between them, matter exists as a solid.
- If particles have enough kinetic energy to partly overcome the force of attraction between them, matter exists as a liquid.
- If particles have enough kinetic energy to completely overcome the force of attraction between them, matter exists as a gas.
Answer:
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Explanation:
salt water versus freshwater, mud versus sand different in temperature and sunlight.
these differences are known as in science as abiotic factors or the non-living factors in an ecosystem
A) T<span>he evolution of multicellular life</span>
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Answer:</h2>
Option B) Orange eye
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Explanation:</h2>
- A dominant allele will produce a dominant phenotype by suppressing other allele of the same character. Which means if there is two dominant allele i.e (OO) the dragon will have orange eyes and if the the dragon have a dominant and a recessive allele i.e (Oo) then also the dragon will have orange eye as (O) is dominant over (o).
- And a recessive allele will produce a recessive phenotype i.e the character of recessive allele will not be expressed. To express its trait the individual must have two copies of that allele i.e (oo).
Result: The dragon will have orange eye.
Answer:
fibras nerviosas
Explanation:
Los nervios están compuestos por grupos de fibras nerviosas las cuales consisten de axones y las vainas que los recubren. Una fibra nerviosa está generalmente compuesta por 1-un cilindroeje (axón), es decir, una prolongación alargada de la neurona la cual conduce el impulso nervioso (señal eléctrica), 2-el axolema, o membrana celular del axón, 3-la vaina de mielina que rodea el axón y 4-el neurilema que rodea la fibra. Las fibras nerviosas se clasifican en 1-fibras mielínicas, cubiertas por la vaina de mielina, y 2-fibras amielínicas, no recubiertas por esta vaina. La presencia de la vaina y el diámetro de la fibra influyen en la velocidad de transmisión del impulso eléctrico a través de la fibra nerviosa.
