Select the correct response ABMatch each item to a choice:a.) Acceleration of block B such that block A does not movewhen all the cylinders are released.B.) Tension of Block C such that block A does not movewhen all the cylinders are released.C.) mass of A so that it does not move when all the cylindersare released.Choices:: 20kg# 1.962 m/s^2: 117.72N: 24kg# 120.14N# 3.501m/s^2# 21kg: 2.014m/s^2# 18kg: 86.542N Cylinder Band C have a mass of 15kg and 10kg respectively. Neglecting the mass of pulleys and chord. Determine the following:ABMatch each item to a choice:a.) Acceleration of block B such that block A does not movewhen all the cylinders are released.

Answered: Image /qna-images/answer/b4172d39-8845-4219-bf0c-f79ef2956877.jpg

Cylinder B and C have a mass of 15kg and 10kg respectively. Neglecting the mass of pulleys and chord. Determine the following: A B Match each item to a choice: a.) Acceleration of block B such that block A does not move when all the cylinders are released.

Cylinder B and C have a mass of 15kg and 10kg respectively. Neglecting the mass of pulleys and chord. Determine the following: A B Match each item to a choice: a.) Acceleration of block B such that block A does not move when all the cylinders are released.

Structural Analysis

6th Edition

ISBN:9781337630931

Author:KASSIMALI, Aslam.

Publisher:KASSIMALI, Aslam.

Chapter2: Loads On Structures

Section: Chapter Questions

Problem 1P

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Question

Select the correct response

A
B
Match each item to a choice:
a.) Acceleration of block B such that block A does not move
when all the cylinders are released.
B.) Tension of Block C such that block A does not move
when all the cylinders are released.
C.) mass of A so that it does not move when all the cylinders
are released.
Choices:
: 20kg
# 1.962 m/s^2
: 117.72N
: 24kg
# 120.14N
# 3.501m/s^2
# 21kg
: 2.014m/s^2
# 18kg
: 86.542N

Cylinder Band C have a mass of 15kg and 10kg respectively. Neglecting the mass of pulleys and chord. Determine the following:
A
B
Match each item to a choice:
a.) Acceleration of block B such that block A does not move
when all the cylinders are released.

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