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Chapter 10: Q.5 (page 255)

Rank in order, from most to least, the elastic potential energy (Usp)ato(USp)dstored in the springs of FIGURE Q10.5Explain.

Short Answer

Expert verified

The elastic potential energy from most to least isd>c>a>b.

Step by step solution

01

Content Introduction

The energy accumulated as a result of applying a force to deform an elastic item is known as elastic potential energy. The energy is retained until the force is withdrawn, at which point the item returns to its original shape and does work. The object could be compressed, stretched, or twisted as a result of the deformation.

02

Content Explanation

When we compress or lengthen a stretched spring, we experience a force equivalent to the force we apply in the opposite direction. However, as soon as the stress is relieved, the spring returns to its original shape. The spring potential energy is what it's called. When a spring is squeezed or stretched, the spring's potential energy increases in both circumstances. This is due to the fact that we work in both compression and stretching.

Therefore, most to least elastic potential energy of spring in the given figure isd>c>a>b.

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Most popular questions from this chapter

A 10kgbox slides 4.0m down the frictionless ramp shown inFIGURE CP10.72, then collides with a spring whose spring constant is 250N/m.

a. What is the maximum compression of the spring?

b. At what compression of the spring does the box have its maximum speed?

A system loses400J of potential energy. In the process, it does 400J of work on the environment and the thermal energy increases by 100J. Show this process on an energy bar chart.

A pendulum is formed from a small ball of mass m on a string of length L. AsFIGURE CP10.69 shows, a peg is heighth=L3 above the pendulum鈥檚 lowest point. From what minimum angle u must the pendulum be released in order for the ball to go over the top of the peg without the string going slack?

A process occurs in which a system鈥檚 potential energy increases while the environment does work on the system. Does the system鈥檚 kinetic energy increase, decrease, or stay the same? Or is there not enough information to tell? Explain.

Write a realistic problem for which the energy bar chart shown inFIGURE P10.65 correctly shows the energy at the beginning and end of the problem.
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