The shown rod AB has its motion constrained such that its ends move along the illustrated grooved slots.Please input numerical values only. Do not include any units in your answerGiven that:1) rod AB is initially at rest when the angle e = 02) the slider block at B is acted upon a horizontal forceF = 55 N3) the mas of the rod AB m. = 11 kg4) x 0.5 mHints:1) Neglect friction and2) Neglect the mass of blocks A and B.The shown rod AB has its motion constrained such that its ends move along the illustrated grooved slots.At the instant e = 45° Determine(a) The work done by the rod's Weight force, in Joules, in Three significant Figures.(b) The work done by the horizontal force F, in Joules, in Three significant Figures..(c) The angular velocity of the rod, in rad/s,Three significant Figures.

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The shown rod AB has its motion constrained such that its ends move along the illustrated grooved slots. Please input numerical values only Do not include any units in answer Given that 1) rod AB is initially at rest when the angle e = 0F 2) the slider block at B is acted upon a horizontal force F = 55 N 3) the mas of the rod AB m,od = 11 kg 4) x 0.5 m

The shown rod AB has its motion constrained such that its ends move along the illustrated grooved slots. Please input numerical values only Do not include any units in answer Given that 1) rod AB is initially at rest when the angle e = 0F 2) the slider block at B is acted upon a horizontal force F = 55 N 3) the mas of the rod AB m,od = 11 kg 4) x 0.5 m

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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Conservation of Energy

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Question

The shown rod AB has its motion constrained such that its ends move along the illustrated grooved slots.
Please input numerical values only. Do not include any units in your answer
Given that:
1) rod AB is initially at rest when the angle e = 0
2) the slider block at B is acted upon a horizontal forceF = 55 N
3) the mas of the rod AB m. = 11 kg
4) x 0.5 m
Hints:
1) Neglect friction and
2) Neglect the mass of blocks A and B.
The shown rod AB has its motion constrained such that its ends move along the illustrated grooved slots.
At the instant e = 45° Determine
(a) The work done by the rod's Weight force, in Joules, in Three significant Figures.
(b) The work done by the horizontal force F, in Joules, in Three significant Figures..
(c) The angular velocity of the rod, in rad/s,
Three significant Figures.

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