Theory of machine Ql:- Fig. shows a mechanism in which the crankOA, 100 mm long rotates clockwise about O at130 r.p.m. The connecting rod AB is 400 mm long.The rod CE, 350 mm long, is attached to AB at C,rtrrh-200 mm150 mm from 4. This rod slides in a slot in a300 mmtrunnion at D. The end E is connected by a linkEF, 300 mm long, to the horizontally movingslider F. Determine, for the given configuration:1. velocity of F, 2. velocity of sliding of CE in thetrunnion, and 3. angular velocity of CE.

Solution :- Given data :- vAO = 130 rpm ωAO = 2π × 13060= 133π Since the length of crank OA = 100…

Answered: 1. velocity of F, 2. velocity of…

Engineering

Mechanical Engineering

1. velocity of F, 2. velocity of sliding of C

Elements Of Electromagnetics

7th Edition

ISBN:9780190698614

Author:Sadiku, Matthew N. O.

Publisher:Sadiku, Matthew N. O.

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Question

Theory of machine

Ql:- Fig. shows a mechanism in which the crank
OA, 100 mm long rotates clockwise about O at
130 r.p.m. The connecting rod AB is 400 mm long.
The rod CE, 350 mm long, is attached to AB at C,
rtrrh
-200 mm
150 mm from 4. This rod slides in a slot in a
300 mm
trunnion at D. The end E is connected by a link
EF, 300 mm long, to the horizontally moving
slider F. Determine, for the given configuration:
1. velocity of F, 2. velocity of sliding of CE in the
trunnion, and 3. angular velocity of CE.

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