Solution Found!
Suppose jogger 3 in Figure 11-33 has a mass of 62.2 kg and
Chapter 11, Problem 58P(choose chapter or problem)
Suppose jogger 3 in Figure 11–33 has a mass of 62.2 kg and a speed of 5.85 m/s. (a) Is the magnitude of the jogger’s angular momentum greater with respect to point A or point B? Explain. (b) Is the magnitude of the jogger’s angular momentum with respect to point B greater than, less than, or the same as it is with respect to the origin, O? Explain. (c) Calculate the magnitude of the jogger’s angular momentum with respect to points A, B, and O.
Questions & Answers
QUESTION:
Suppose jogger 3 in Figure 11–33 has a mass of 62.2 kg and a speed of 5.85 m/s. (a) Is the magnitude of the jogger’s angular momentum greater with respect to point A or point B? Explain. (b) Is the magnitude of the jogger’s angular momentum with respect to point B greater than, less than, or the same as it is with respect to the origin, O? Explain. (c) Calculate the magnitude of the jogger’s angular momentum with respect to points A, B, and O.
ANSWER:
Problem 58
Suppose jogger 3 in Figure 11-33 has a mass of 62.2 kg and a speed of 5.85 m/s. (a) Is the magnitude of the jogger's angular momentum greater with respect to point A or point B? Explain. (b) Is the magnitude of the jogger's angular momentum with respect to point B greater than, less than, or the same as it is with respect to the origin, O? Explain. (c) Calculate the magnitude of the jogger's angular momentum with respect to points A, B, and O.
Step by Step Solution
Step 1 of 3
(a) From the picture we can see that jogger runs in a straight line at constant speed. The angular momentum increases with the perpendicular distance to the reference point. Since jogger’s perpendicular distance to point is zero,his angular momentum is zero with respect to . Therefore jogger ’s angular momentum is greater with respect to point .