2 Animated Videos | 22 Structured Questions.
Min F so that sliding occurs between the blocks?
Friction b/w blocks if there is no relative sliding between the blocks?
Mark the conditions for no friction between the blocks.
minimum F2 to sliding stop between the blocks ?
Max possible inclination _ of the incline?
Vertical acceleration of man is?
Friction between the blocks will be?
Acceleration of the system?
Find F, if the whole system moves with same acceleration.
Find max. horizontal 'F' that can be applied without disturbing the equilibrium.
Min coefficient of friction b/w the blocks so that there is no relative sliding?
Max M so that there is no relative sliding?
Find acceleration of the block.
Find tension in the string.
Max F so that the block and bracket move together?
Acceleration of box will be?
Mark the correct options.
Acceleration of block A will be?
Select the correct options.
Acceleration of block B will be?
Find the max. force that can be exerted on the rope so that the board does not slip.
Max F that the man can exert on the rope so that the board does not slip on the floor?
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