Predict the effect of carbon monoxide on mitochondrial electron transport:

Mitochondrial electron transport is a series of reactions which take place in the mitochondria and which leads to the formation of ATP in the cell. When the electron transport chain is exposed to carbon monoxide, the gas will inhibit the cytochrome C oxidase and stop the production of ATP inside the cell. This will leads to the death of the cell.

The effect of carbon monoxide on mitochondrial electron transport is stopping the production of ATP inside the cell and the gas inhibiting the cytochrome C oxidase. This will leads to the death of the cell. Mitochondrial electron transport is a sequence of reactions in the mitochondria which leads to the ATP formation in the cell.

ADP stands for Adenosine DiphosPhate. ADP is a compound with two instead of three phosphate groups.

During light-independent reactions, ATP and NADPH from the light-dependent reactions are used to produce high-energy sugars that can be stored for a long ADP which are used in the light dependent reactions. Correct D