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A block of mass m is at rest on wedge as shown in figure. Let
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A block of mass m is at rest on wedge as shown in figure. Let N be the normal reaction between two and f the force of friction, then choose the wrong option.
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A block of mass m is at rest on wedge as shown in figure. Let N be the normal reaction between two and f the force of friction, then choose the wrong option.
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Practice questions from similar books

Question 1
When the particle moves down a distance s relative to the wedge, the wedge moves by a distance


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Question 2
An insect crawls up on a hemispherical surface very slowly (figure). The coefficient of friction between the insect and the surface is 1/3. If the line joining the centre of hemispherical surface of the insect makes an angle a with the vertical, the maximum possible value of a is given by                         

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Question 3
Figure shows a man standing stationary with respect to a horizontal conveyor belt that is accelerating with . What is the net force on the man?  If the coefficient of static friction between the man's shoes and the belt is , up to what acceleration of the belt can the man continue to be stationary relative to the belt? (Mass of the man ) 

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Question 4
A ball moving with a speed of strikes a hard wall at an angle of with the wall. It is reflected with the same speed and at the same angle . If the ball is in contact with the wall for , the average force acting on the wall is

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Question Text
A block of mass m is at rest on wedge as shown in figure. Let N be the normal reaction between two and f the force of friction, then choose the wrong option.
Answer Type Video solution: 1
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