Question

step 1 c-c-c-c-c-c
step 2 c-c-c c-c-c
what is the name of the process that transforms the molecule in step 1 above to the molecules in step 2?
hydrolysis aerobic respiration glycolysis

Explanation:

To determine the process, we analyze each option:

• Hydrolysis: Involves breaking a molecule into smaller units by adding water. The transformation from a 6 - carbon chain (Step 1) to two 3 - carbon chains (Step 2) fits hydrolysis, as it breaks the larger molecule into smaller ones, likely via water - mediated cleavage.
• Aerobic respiration: Is a multi - step process for energy production (using oxygen), not about breaking a carbon chain into smaller chains as shown.
• Glycolysis: Is the breakdown of glucose (a 6 - carbon sugar) into two pyruvate molecules (3 - carbon each), but the diagram here shows a carbon chain (not necessarily glucose) being broken. However, the key is the type of breakdown: hydrolysis is the general process of breaking by adding water, which matches the chain - breaking here. Aerobic respiration is broader, and glycolysis is specific to glucose. The chain - breaking (6C to two 3C) is a hydrolysis - like cleavage.

Answer:

Hydrolysis