![Body
29. Observe this chemical reaction to answer the following questions (29a through 29h).
"Reaction #1" is the reaction from left to right. "Reaction #2" is the reaction from right to left.
ATP
Dig,
Graph A
#
29a. Which of these graphs would best represent Reaction #17 ANSWER (A or B)
29b. Which of these graphs would best represent Reaction #27 ANSWER (A or B)
AA
3
Reaction #1
Reaction #2
$
29c, Does Reaction #1 have a positive AG or a negative AG? ANSWER (positive or negative)
29d. Does Reaction #1 require energy or release energy? ANSWER (require or release)
4
29e. Explain (or draw) how the graph for Reaction #1 would change if we added the enzyme.
ANSWER (explain in a sentence AND/OR draw on top of the graph)
A
| 291. Reaction #1 is often coupled with other cellular reactions. Why does the cell couple this reaction
to other reactions?
ANSWER (in 1 or 2 sentences)
29g What type of reaction (anabolic or catabolic) would be coupled to Reaction #17 ANSWER
(anabolic or catabolic?)
ADP
B
OH OH
Graph B
5
I
OH OH
A
6
U
+ Phosphate
=>
&
7
8
×
(
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Introduction:
Energy and metabolism are closely related concepts in cellular biology. Metabolism refers to the chemical reactions that occur in cells to sustain life and includes processes such as energy production and utilization, the synthesis of cellular components, and the breakdown of molecules for energy and building blocks. Energy is required for these metabolic reactions to occur, and cells obtain energy from the breakdown of macromolecules such as carbohydrates and lipids. The most important source of energy for cells is ATP (adenosine triphosphate), which acts as a universal energy currency in cells. In cellular metabolism, the interconversion of ATP and ADP (adenosine diphosphate) regulates the flow of energy and helps to maintain energy balance in cells. When ATP is hydrolyzed to ADP, energy is released, which can be used by the cell to carry out various metabolic processes. Conversely, the cell can regenerate ATP from ADP by using the energy released from catabolic reactions.
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