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Chapter 6: Q 12 (page 176)

Which of the following molecules is likely to have the most potential energy?

  1. sucrose
  2. ATP
  3. glucose
  4. ADP

Short Answer

Expert verified

Sucrose is likely to have the most potential energy. Therefore option 'a' is the correct answer.

Step by step solution

01

 Step 1 : Concept Introduction

Potential energy is the energy moved by an article because of its situation and setup.

02

Explanation

Energy is delivered when ATP is hydrolyzed. This energy is lost as hotness during the interaction and the remainder of the energy is used by cells to give energy to cell exercises. Glucose contains likely energy, however being a monosaccharide, it would have less expected energy than sucrose which is a disaccharide. ADP would use energy to join with an inorganic phosphate for the arrangement of ATP particles, which thus are utilized to control cell capacities. Accordingly, choices b, c, and d are the incorrect answers.

03

Correct Answer

Sucrose remains a disaccharide particle created of glucose and fructose. It means a quantity of energy having an energy content of 17 kilojoules per gram. In this way, the put away possible energy of sucrose would be the most. Therefore answer a is the correct answer.

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Most popular questions from this chapter

Describe the position of the transition state on a vertical energy scale, from low to high, relative to the position of the reactants and products, for both endergonic and exergonic reactions.

Figure 6.10 If no activation energy were required to break down sucrose (table sugar), would you be able to store it in a sugar bowl?

Explain in your own words the difference between a spontaneous reaction and one that occurs instantaneously, and what causes this difference.

Consider a pendulum swinging. Which type(s) of energy is/are associated with the pendulum in the following instances:

i. The moment at which it completes one cycle, just before it begins to fall back towards the other end.

ii. The moment that it is in the middle between the two ends, and

iii. Just before it reaches the end of one cycle (just before instant I.).

a. i. potential and kinetic, ii. potential and kinetic, iii. kinetic

b. i. potential, ii. potential and kinetic, iii. potential and kinetic

c. i. potential, ii. kinetic, iii. potential and kinetic

d. i. potential and kinetic, ii. kinetic iii. kinetic

An allosteric inhibitor does which of the following?

  1. Binds to an enzyme away from the active site and changes the conformation of the active site, increasing its affinity for substrate binding.
  2. Binds to the active site and blocks it from binding substrate.
  3. Binds to an enzyme away from the active site and changes the conformation of the active site, decreasing its affinity for the substrate.
  4. Binds directly to the active site and mimics the substrate.
See all solutions

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