(d) In a slider crank mechanism the crank and the connecting rod are 150mm and 400mm longrespectively. The crank rotates at 360 p.m in clock-wise direction. When the crank has turnedthrough 60° using the velocity diagram method determinei.ii.Velocity and the acceleration of the sliderAngular velocity of the connecting rod.Velocity of point C on the connecting rod which is 300mm away from the poit A.Position of any point on connecting rod which has the minimum velocity.i1.iv.B60°

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In a slider crank mechanism the crank and the connecting rod are 150mm and 400mm long respectively. The crank rotates at 360 Lp.m in clock-wise direction. When the crank has turmed through 60° using the velocity diagram method determine i. Velocity and the acceleration of the slider 11. Angular velocity of the connecting rod. Velocity of point C on the connecting rod which is 300mm away from the poit A. iv. Position of any point on connecting rod which has the minimum velocity. в 60

In a slider crank mechanism the crank and the connecting rod are 150mm and 400mm long respectively. The crank rotates at 360 Lp.m in clock-wise direction. When the crank has turmed through 60° using the velocity diagram method determine i. Velocity and the acceleration of the slider 11. Angular velocity of the connecting rod. Velocity of point C on the connecting rod which is 300mm away from the poit A. iv. Position of any point on connecting rod which has the minimum velocity. в 60

Elements Of Electromagnetics

7th Edition

ISBN:9780190698614

Author:Sadiku, Matthew N. O.

Publisher:Sadiku, Matthew N. O.

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Question

(d) In a slider crank mechanism the crank and the connecting rod are 150mm and 400mm long
respectively. The crank rotates at 360 p.m in clock-wise direction. When the crank has turned
through 60° using the velocity diagram method determine
i.
ii.
Velocity and the acceleration of the slider
Angular velocity of the connecting rod.
Velocity of point C on the connecting rod which is 300mm away from the poit A.
Position of any point on connecting rod which has the minimum velocity.
i1.
iv.
B
60°

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