Muscle cells have high atp demands. which of the following is a scientific claim about how the structure of the mitochondria in muscle cells should be different than it is in other cells because of the high energy demands of mitochondria?

the inner membrane of the mitochondria in muscle cells should have more folds to increase the surface area, allowing more atp to be synthesized.

a

the inner membrane of the mitochondria in muscle cells should be more permeable to large enzymes, allowing the same reactions to occur in both compartments of the mitochondria.

b

the outer membrane of the mitochondria in muscle cells should be thicker, allowing more rapid diffusion of molecules into the mitochondria.

c

the outer membrane of the mitochondria of muscle cells should have more folds, increasing the surface area for faster diffusion of molecules from the cytoplasm.

d

The scientific claim about the structure of the mitochondria in muscle cells is "The inner membrane of the mitochondria in muscle cells should have more folds to increase the surface area, allowing more ATP to be synthesized" (Option A).

In conclusion, the scientific claim about how the structure of the mitochondria in muscle cells is "The inner membrane of the mitochondria in muscle cells should have more folds to increase the surface area, allowing more ATP to be synthesized" (Option A).

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The answer is choice D

Explanation:

If a cell has more folds on the outer membrane, the Surface Area to Volume ratio increases, maximizing rate of diffusion.

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try using substitution:

x + y - 6 = x - y. (i'm not giving you the exact answer). since 0 = x - y, then sub 0 in the equation with x - y. combine your like terms, and then use inverse operations, and you'll have your answer.

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