10) choose the best answer.
maltose is a substrate. what is the name of the enzyme that acts on maltose?
○ fructose
○ maltase
○ maltise
○ maltuse

11) put these steps in the correct sequence.
a person eats an egg.
different proteins are assembled from the amino acids.
the body breaks down protein in the egg into individual amino acids.

12) drag and drop the terms onto the diagram.
choices
active site
enzyme

Question

10) choose the best answer.
maltose is a substrate. what is the name of the enzyme that acts on maltose?
○ fructose
○ maltase
○ maltise
○ maltuse

11) put these steps in the correct sequence.
a person eats an egg.
different proteins are assembled from the amino acids.
the body breaks down protein in the egg into individual amino acids.

12) drag and drop the terms onto the diagram.
choices
active site
enzyme

Accepted Answer

### Question 10
# Brief Explanations:
Enzymes are named based on their substrate, often with the suffix -ase. Maltose is the substrate, so the enzyme acting on it should be maltase. Fructose is a sugar, not an enzyme. Maltise and maltuse are incorrect spellings for the enzyme acting on maltose.
# Answer:
B. maltase (assuming the options are labeled with letters, if not, just "maltase")

### Question 11
# Brief Explanations:
First, a person eats an egg (ingestion of protein - containing food). Then, the body breaks down the protein in the egg into amino acids (digestion). Finally, different proteins are assembled from these amino acids (protein synthesis/assimilation).
# Answer:
1. A person eats an egg.
2. The body breaks down protein in the egg into individual amino acids.
3. Different proteins are assembled from the amino acids.

### Question 12
(Note: Since the diagram is not fully visible, but based on typical enzyme - substrate diagrams: The enzyme is the protein with the active site. The substrate binds to the active site. After reaction, products are formed. So usually, the labels would be: The enzyme is the larger molecule, the active site is the region on the enzyme where the substrate binds, substrate binds to active site, reaction occurs, products are released. But with the given choices "active site", "enzyme", and assuming other choices like "substrate", "products" (though not fully shown), the typical sequence for labeling a diagram of enzyme action (like lock - and - key model) would be:
- The molecule with the specific shape (enzyme) has an active site (the region where substrate binds).
- Substrate (the molecule that binds to enzyme) binds to the active site.
- After catalysis, products are formed and released.

But since the exact diagram is not clear, if we assume the diagram shows enzyme, active site, substrate, and products:
- The enzyme is the protein structure.
- The active site is the part of the enzyme where substrate fits.
- Substrate (like maltose in Q10 context, but here general) binds to active site.
- Products are the result of the enzyme - catalyzed reaction.

If we have to drag and drop "active site" and "enzyme" as per the given choices:
- The enzyme is the larger structure (the one that remains after reaction, can be reused).
- The active site is the region on the enzyme where the substrate (not shown in choices here, but in general) binds.

So for the diagram, likely:
- One box labeled as "enzyme" (the protein catalyst).
- One box labeled as "active site" (the part of the enzyme where substrate binds).

But without the full diagram, the key is that enzyme has an active site where substrate binds. So if the diagram has a protein - like structure, that's enzyme, and the pocket/region on it is active site. )

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Question

Explanation:

Question 10

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Question 11