Answer: The adaptations like paddy feet and fur on the outer body is an adaptation for very cold place but not for the rain forest.
Explanation: If the outer body of the organism is made of fur then it will protect the inside body from cold and will provide warmth.
But if the body will have adaptation like fur in the rain forest then it will make the organism wet so there will be no use of fur on the outer surface of the organism.
The adaptation like camouflage will help the organism in the rainforest so that it can hide themselves from predators in the forest.
MRNA carries a transcript of the needed amino acids to tRNA and then to the rRNA ribosomal component.
It- damages the DNA in skin cells and produces genetic defects that can lead to cancer.
Answer:
Release of electrons from reducing powers to O2 via four protein complexes allows release of small amount of energy at each step and makes the process energy efficient.
Explanation:
If NADH and FADH2 would reduce O2 directly, a large amount of energy would have been released in a single step. On the other hand, oxidation of these reducing powers through a series of electron carrier release a small amount of energy at each step which in turn is temporarily stored in form of proton motive force across the inner mitochondrial membrane.
Transfer of a pair of the electron to O2 pumps four protons by complex I, four by complex III and two by complex IV. The resultant proton motive force effectively stores the energy of electron transfer. This energy is then used to drive ATP synthesis.
The sounds of music are related to trigonometric functions in the fact that the sound can be measured according to the angles of the sound waves.
<h3>What is sound?</h3>
Sound is a disturbance on a specific media (e.g., air) that travels with a particular frequency and amplitude.
Sound amplitude is represented by the height of the wave, whereas sound frequency is referred to as the period of time between waves.
In conclusion, the sounds of music are related to trigonometric functions in the fact that the sound can be measured according to the angles of the sound waves.
The graph below shows how trigonometric functions are associated with sound waves.
The trigonometric function used in the graph to understand the movement of sound waves is Y=sin(X).
Learn more about sound amplitude here:
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