0 Animated Videos | 19 Structured Questions.
Time at which the blocks will collide?
smallest value of m for which the system can stay in equilibrium in the position shown?
Range of F for which the block will remain at rest?
Difference in the accelerations in the two cases?
Coefficient of friction for block to remain in equilibrium?
Time when the acceleration of block is zero?
F required to move the block up the incline at a constant speed?
Contact force between the block and the plane?
Min F such that the block does not move downward?
Min F applied upwards parallel to the surface of incline so that the block does not move?
Contact force between the block and box?
Magnitude of force exerted by incline on the block?
Speed of the block at the bottom of incline.
Distance moved by the block B in 2s ?
Direction of friction force acting on the block?
Min coefficient of friction between the block and wedge?
Min F to be applied perpendicular to the plane on the block, so that the block does not slip on the plane?
Coefficient of static friction between any two blocks?
Acceleration of 5 kg block?
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