b. evaporating water from its skin
c. expelling water from its body
d. speeding up its level of activity
The answer is A: Swimming into colder water. When fish are hot, they swim deeper; which is the same thing as swimming into cold water. B is incorrect, because if the fish is hot, there's no use going to the surface-which is hotter- to evaporate water from it's skin. By the way, what's the use of evaporating water again? The fish is still hot! C is wrong, because the only fish known to man that expels water, is the puffer-fish. Since the answer talks about fish in general, C is eliminated too. Finally, D is wrong because... um... someone please explain to me why a fish will speed up when the fishes temperature is getting hotter then supposed to!
Hope I helped!
Answer:
a
Explanation:
electrical energy transforms into chemical energy; in photosynthesis, chemical energy transforms into electromagnetic energy.
electrical energy transforms into chemical energy; in photosynthesis, radiant energy transforms into chemical energy.
radiant energy transforms into chemical energy; in photosynthesis, chemical energy transforms into radiant energy.
Energy transfers in lightning fixation differ from those in photosynthesis because in lightning fixation electrical energy transforms into chemical energy; in photosynthesis, radiant energy transforms into chemical energy. Thus, the correct option is C.
Photosynthesis may be defined as the process through which green plants and some photosynthetic algae synthesize their own food (glucose) with the help of carbon dioxide and water in the presence of sunlight.
During lightening, the form of electrical energy is transferred into heat or thermal energy with an intermediate of chemical energy, while during photosynthesis, plants capture sunlight in which radiant energy of sunlight gets transferred into chemical energy.
Therefore, the correct option for this question is C.
To learn more about lightening, refer to the link:
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