2.5 Cellular Respiration Mastery Check

Growth and repair

DNA replication

Protein synthesis

To produce ATP

Carbon dioxide moves in; oxygen moves out

Oxygen moves in; carbon dioxide moves out

Carbon dioxide moves in; nitrogen moves out

Oxygen moves in; nitrogen moves out

It assembles the sugar.

It convert nutrients from food into ATP

It captures water to be used in the process .

It absorbs the solar energy (visible light waves) needed to create the sugar.

The cell would be unable to produce enough energy through cellular respiration, leading to a severe energy shortage. As a result, the cell might struggle to carry out basic functions, such as growth, repair, and maintaining homeostasis. Over time, this could result in tissue damage and even organ failure in the organism, especially if many cells are affected.

The cell would continue producing energy through photosynthesis, compensating for the lack of cellular respiration and supporting the normal function of the organism.

The cell would start relying on stored energy in the form of glucose, but its ability to function normally would be unaffected by the mitochondria's failure.

The cell would become more efficient at breaking down waste and foreign substances, ensuring that the organism stays healthy despite the loss of mitochondrial function.

Glycolysis

Electron Transport Chain

Fermentation

Krebs cycle