Show all the work with diagrams please A belt wraps around two drums as shown. Drum A has radius A = 1 ft, radius of gyration K₁ =0.8 ft, and weighs 10 lbs. Drum B has radius B = 2 ft, radius of gyration ks = 1.6 ft, and weighs20 lbs. I stand off to the right and pull on the rope, causing the tension force TA. There is aconstant resisting tension of TB = 12 lbs.If I pull with a constant force of 20 lbs for 0.5 seconds, determine (a) the velocity v of the belt atthis time, and (b) the intermediate tension T' in the section of belt between the two drums.TBABrarвTA

Answered: Image /qna-images/answer/2d6ae91f-86e4-4dff-ac49-05b11613c9ab.jpg

wraps radiu 0.8 ft, and weighs 10 lbs. Drum B has radius rs = 2 ft, radius of gyra 20 lbs. I stand off to the right and pull on the rope, causing the tens constant resisting tension of TB = 12 lbs. If I pull with a constant force of 20 lbs for 0.5 seconds, determine (a this time, and (b) the intermediate tension T' in the section of belt b TR

wraps radiu 0.8 ft, and weighs 10 lbs. Drum B has radius rs = 2 ft, radius of gyra 20 lbs. I stand off to the right and pull on the rope, causing the tens constant resisting tension of TB = 12 lbs. If I pull with a constant force of 20 lbs for 0.5 seconds, determine (a this time, and (b) the intermediate tension T' in the section of belt b TR

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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Question

Show all the work with diagrams please

A belt wraps around two drums as shown. Drum A has radius A = 1 ft, radius of gyration K₁ =
0.8 ft, and weighs 10 lbs. Drum B has radius B = 2 ft, radius of gyration ks = 1.6 ft, and weighs
20 lbs. I stand off to the right and pull on the rope, causing the tension force TA. There is a
constant resisting tension of TB = 12 lbs.
If I pull with a constant force of 20 lbs for 0.5 seconds, determine (a) the velocity v of the belt at
this time, and (b) the intermediate tension T' in the section of belt between the two drums.
TB
A
B
ra
rв
TA

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Step 1: Write the given data with suitable variables.

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Step 2: Determine the moment of inertia.

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Step 3: Determine the tape velocity and tension force.

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