The simple pendulum shown oscillates in the vertical plane (the plane of the figure) as the pendulum cord is being steadily retracted through the opening at O with a constant peed v. Consider the oscillations of the pendulum between positions O and 2, where , and 0, are the maximum swing angles of the pendulum at O and ®, respectively. Let , and L, denote the lengths of the cord at O and 2, respectively, and let m denote the mass of the pendulum bob. Neglecting all forces except gravity and the tension in the ord, determine the angular impulse relative to O provided to the pendulum bob in going om to 2. (2) L1 Figure P5.118
The simple pendulum shown oscillates in the vertical plane (the plane of the figure) as the pendulum cord is being steadily retracted through the opening at O with a constant peed v. Consider the oscillations of the pendulum between positions O and 2, where , and 0, are the maximum swing angles of the pendulum at O and ®, respectively. Let , and L, denote the lengths of the cord at O and 2, respectively, and let m denote the mass of the pendulum bob. Neglecting all forces except gravity and the tension in the ord, determine the angular impulse relative to O provided to the pendulum bob in going om to 2. (2) L1 Figure P5.118
Elements Of Electromagnetics
7th Edition
ISBN:9780190698614
Author:Sadiku, Matthew N. O.
Publisher:Sadiku, Matthew N. O.
ChapterMA: Math Assessment
Section: Chapter Questions
Problem 1.1MA
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Transcribed Image Text:Problem 5.118
L2
02
The simple pendulum shown oscillates in the vertical plane (the plane of the figure) as
the pendulum cord is being steadily retracted through the opening at O with a constant
speed v. Consider the oscillations of the pendulum between positions O and ®, where
8, and 0, are the maximum swing angles of the pendulum at O and O, respectively. Let
L, and L, denote the lengths of the cord at 0 and ®, respectively, and let m denote the
L1
mass of the pendulum bob. Neglecting all forces except gravity and the tension in the
cord, determine the angular impulse relative to O provided to the pendulum bob in going
from 0 to 2.
Figure P5.118
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