Describe the consequences to the electron transport chain and ATP production if the inner membrane of the mitochondria was damaged and became fully permeable to all solutes.

Inner membrane of the mitochondria helps in the electron transport chain and ATP production. So, any damage to inner membrane hamper electron transport chain and ATP production, the consequence is as following:

In the process of the electron transport chain, protons are pumped from the mitochondrial matrix to the intermembrane space, and then the oxygen is reduced to form water. The inner mitochondrial membrane is semipermeable and allow selective ions to enter into mitochondria. This selective permeability maintains the proton (H+) gradient that helps power the ATP energy formation and energy derived for electron transport chain.

So, if inner membrane of the mitochondria will get damage and become fully permeable to all solutes, the proton (H+) gradient will not be maintained and not ATP formation and electron transport chain takes place.

hey, i believe your answer would be d. sugar ribose and the base uracil. i believe this is the answer, because rna consists of sugar ribose, adenine, guanine, cytosine, and uracil.

your first option is incorrect, because that's dna. where it consists of sugar deoxyribose, adenine, guanine, cytosine and thymine.

your second option is also incorrect, this is because sugar deoxyribose is in dna, and uracil is in rna. these two do not make sense together.

your third option being incorrect, because sugar ribose is in rna, but not the base of thymine. rna consists of uracil, not thymine.

lastly your fourth option being correct! this answer is correct, because both sugar ribose, and the base uracil are in rna! ~

answer is d. sugar ribose and the base uracil.

the dna of humans and mice is almost 92% similar. this similarity indicates that . mice have a tail, while humans have a tailbone. the tailbone is a structure in humans.yes it's true.