A captive James Bond is strapped to a table beneath a huge pendulum made of a 3.0-m-diameter uniform circular metal blade rigidly attached, at its top edge, to a 5.5-m-long, massless rod. The pendulum is set swinging with a 10∘ amplitude when its lower edge is 3.8 m above the prisoner, then the table slowly starts ascending at 1.0 mm/s. What is the period of the deadly blade-pendulum? How many oscillations will the deadly blade-pendulum make before it reaches James Bond (provided he doesn't stage a dramatic escape first)?
A captive James Bond is strapped to a table beneath a huge pendulum made of a 3.0-m-diameter uniform circular metal blade rigidly attached, at its top edge, to a 5.5-m-long, massless rod. The pendulum is set swinging with a 10∘ amplitude when its lower edge is 3.8 m above the prisoner, then the table slowly starts ascending at 1.0 mm/s. What is the period of the deadly blade-pendulum? How many oscillations will the deadly blade-pendulum make before it reaches James Bond (provided he doesn't stage a dramatic escape first)?
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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A captive James Bond is strapped to a table beneath a huge pendulum made of a 3.0-m-diameter uniform circular metal blade rigidly attached, at its top edge, to a 5.5-m-long, massless rod. The pendulum is set swinging with a 10∘ amplitude when its lower edge is 3.8 m above the prisoner, then the table slowly starts ascending at 1.0 mm/s.
What is the period of the deadly blade-pendulum?
How many oscillations will the deadly blade-pendulum make before it reaches James Bond (provided he doesn't stage a dramatic escape first)?
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