A scientist hydrolyzes ATP in allaboratory test tube. He finds that about 3 times as much heat is released than when the same amount of ATP is hydrolyzed in a cell.

What best explains the scientist's observation?

Choose 1

Cells often convert some of the energy from ATP hydrolysis into other usable forms.

Cells are less efficient at producing heat.

Enzymes in cells use heat energy to catalyze reactions.

ATP hydrolysis in a cell makes different products than in a test tube.

Plzzz hurry im being timed ! humans, like other organisms, require energy for growth and repair. when cells create atp for energy, carbon dioxide is produced as a waste product. how does the body respond to this process in order to maintain homeostasis? a. the digestive and respiratory systems interact to move carbon dioxide to the lower intestine, where it is transformed into methane. b. the circulatory and digestive systems interact to move carbon dioxide to the stomach, where it to break down food. c. the nervous and urinary systems interact to move carbon dioxide to the kidneys, where it is absorbed into the bloodstream. d. the circulatory and respiratory systems interact to transport carbon dioxide to the lungs, where it is expelled from the body.

Aperson with age is more likely to catch diseases that healthy people usually don’t catch.what are these infections called?

1. describe the structure and function of the specialized cells you observed in the video. 2. research the types of cells present in the kidney.