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1. How does the branched nature of glycogen lead to quick energy release? A. The

ID: 975088 • Letter: 1

Question

1. How does the branched nature of glycogen lead to quick energy release?

A. The branching allowes for multiple enzymes to attack simultaneously.

B. The branching allows the whole chain to be broken down at the same time.

C. The branching allows the complex to be soluble in water and pass through the cell membranes.

D. The branching allows the whole structure to fit in the activ site of the enzyme.

2. In a glyco-protein what type of purpose does the sugar play?

A. It gives the structure to the protein.

B. It stores energy for the protein.

C. It provides hydrogen bonding site for tertiary protein folding.

D. It allowes for cellular recognition, the handshake.

3. When DNA and RNA combine into a double helix why is the A form adopted?

A. The extra OH on the sugar needs the additional space.

B. The bases adopt an anti configuration

C. Hydrogen bonding with water stabilizes the A form

D. IT has a left handed helix as opposed to the right handed helix

Explanation / Answer


1. How does the branched nature of glycogen lead to quick energy release?

A. The branching allowes for multiple enzymes to attack simultaneously.


2. In a glyco-protein what type of purpose does the sugar play?


D. It allowes for cellular recognition, the handshake.

3. When DNA and RNA combine into a double helix why is the A form adopted?

B. The bases adopt an anti configuration