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In the figure the blocks are of equal mass. The pulley is fixed. In the position shown, A moves down with a speed u and vb = the speed of B A moves down with a speed u and vb = the speed of B In the figure the blocks are of equal mass. The [...]

In the arrangement shown in the figure, the ends P and Q of an un-stretchable string move downwards with uniform speed U. Pulleys A and B are fixed. The mass M moves upwards with a speed: In the arrangement shown in the figure the ends P and Q of an un-stretchable string move downwards with [...]

The acceleration of m is 1) g/3 up the plane , 2) g/3 down the plane , 3) 2g/3 up the plane, 4) 2g/3 down the plane 2) g/3 down the plane 3) 2g/3 up the plane 4) 2g/3 down the plane The acceleration of m is 1) g/3 up the plane September 8, 2020 [...]

The acceleration of the block A and B are 1) 10g/13 forward, 5g/13 downward , 2) 5g/13 forward, 10g/13 downward , 3) 6g/13 forward, 9g/13 downward , 4) 9g/13 forward, 6g/13 downward 10g/13 downward 2) 5g/13 forward 3) 6g/13 forward 4) 9g/13 forward 5g/13 downward 6g/13 downward 9g/13 downward The acceleration of the block A [...]

The acceleration of the block A and B are 1) g/7 downward, 2g/7 upward , 2) 2g/7 downward, g/7 upward , 3) 3g/7 downward, g/7 upward , 4) 4g/7 downward, 2g/7 upward 2) 2g/7 downward 2g/7 upward 3) 3g/7 downward 4) 4g/7 downward g/7 upward The acceleration of the block A and B are 1) [...]

The acceleration of the block A is 1) 2g/3 upward 2) g/3 upwards 3) 2g/3 downward 4) g/3 downward The acceleration of the block A is 1) 2g/3 upward 2) g/3 upwards 3) 2g/3 downward 4) g/3 downward September 8, 2020 Category: Cengage NEET by C.P Singh , Chapter 6 - Newton's Laws of Motion [...]

Consider the situation as shown in the figure. a) The acceleration of M is 2g/3 . 2) The tension in the string connecting A and B is Mg/3 Consider the situation as shown in the figure. a) The acceleration of M is 2g/3 . 2) The tension in the string connecting A and B is [...]

The acceleration of light pulley is The acceleration of light pulley is September 8, 2020 Category: Cengage NEET by C.P Singh , Chapter 6 - Newton's Laws of Motion , Part 1 ,

A simple pendulum with a bob of mass m is suspended from the roof of a car moving with a horizontal acceleration a. The angle made by the string with vertical is A simple pendulum with a bob of mass m is suspended from the roof of a car moving with a horizontal acceleration a. [...]

When forces F1​, F2​ and F3​ are acting on a particle of mass ′m′ such that F2​ & F3​ are mutually perpendicular, then the particles remains stationary. If the force F1​ is now removed then the magnitude of the acceleration of the particle is F2​ and F3​ are acting on a particle of mass ′m′ [...]