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Chapter 14: Problem 5

With the right choice of parameters, a damped and driven physical pendulum can show chaotic motion, which is sensitively dependent on the initial conditions. Which statement about such a pendulum is true? a) Its long-term behavior can be predicted. b) Its long-term behavior is not predictable. c) Its long-term behavior is like that of a simple pendulum of equivalent length. d) Its long-term behavior is like that of a conical pendulum. e) None of the above is true.

Short Answer

Expert verified
Answer: b) Its long-term behavior is not predictable.

Step by step solution

01

Understanding chaotic motion

Chaotic motion is a type of complex, unpredictable motion that arises in certain dynamical systems, like the damped and driven pendulum in question. Chaotic motion is highly dependent on initial conditions, meaning that even very small changes in the initial state of the system can result in vastly different behaviors over time. This makes the long-term behavior of chaotic systems extremely difficult to predict. Now, let us examine each statement:
02

Statement a)

This statement suggests that the long-term behavior of a chaotic pendulum can be predicted. However, as explained earlier, the behavior of chaotic systems is fundamentally unpredictable, so this statement is false.
03

Statement b)

This statement asserts that the long-term behavior of a chaotic pendulum is not predictable. This is true. Chaotic systems are highly sensitive to initial conditions, making their long-term behavior essentially unpredictable.
04

Statement c)

This statement claims that the long-term behavior of a chaotic pendulum is like that of a simple pendulum of equivalent length. This is false. While both systems are pendulums, their behavior is quite different, with the chaotic pendulum exhibiting highly complex motion that is not observed in simple pendulum systems.
05

Statement d)

This statement suggests that the long-term behavior of a chaotic pendulum is like that of a conical pendulum. This is also false. A conical pendulum involves a pendulum swinging in a circular motion, whereas a chaotic pendulum has an irregular, unpredictable motion.
06

Statement e)

This statement says that none of the above statements are true. Since we have already determined that statement b) is true, this statement is false. Therefore, the correct answer is:
07

Answer

b) Its long-term behavior is not predictable.

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Most popular questions from this chapter

The period of a pendulum is \(0.24 \mathrm{~s}\) on Earth. The period of the same pendulum is found to be 0.48 s on planet \(X,\) whose mass is equal to that of Earth. (a) Calculate the gravitational acceleration at the surface of planet \(X\). (b) Find the radius of planet \(\mathrm{X}\) in terms of that of Earth.

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