Physics-
General
Easy
Question
A spring block system is placed on a rough horizontal surface having coefficient of friction 
. The spring is given initial elongation 
and the block is released from rest. For the subsequent motion
- Initial acceleration of block is
- Maximum compression in spring is
- Minimum compression in spring is zero
- Maximum speed of the block is
The correct answer is: Maximum speed of the block is
Related Questions to study
physics-
A particle of mass m = 1 kg is moving along y-axis and a single conservative force F(y) acts on it. The potential energy of particle is given by 
where is in meters. At 
the particle has kinetic energy of 15 
. The total mechanical energy of the particle is
A particle of mass m = 1 kg is moving along y-axis and a single conservative force F(y) acts on it. The potential energy of particle is given by where is in meters. At the particle has kinetic energy of 15 . The total mechanical energy of the particle is
physics-General
physics-
The kinetic energy of a particle continuously increase with time. Then
The kinetic energy of a particle continuously increase with time. Then
physics-General
physics-
A particle moves in one dimensional field with total mechanical energy E. If potential energy of particle is 
, then
A particle moves in one dimensional field with total mechanical energy E. If potential energy of particle is , then
physics-General
physics-
A body of mass m is slowly halved up the rough hill by a force 
at which each point is directed along a tangent to the hill. Work done by the force
A body of mass m is slowly halved up the rough hill by a force at which each point is directed along a tangent to the hill. Work done by the force
physics-General
physics-
Simple pendulum 
and 
have lengths 
= 80 cm and 
= 100 cm. The bob are of masses 
and 
. Initially both are at rest in equilibrium position. If each of the bobs is given a displacement of 2cm, the work done is 
respectively. Then,
Simple pendulum and have lengths = 80 cm and = 100 cm. The bob are of masses and . Initially both are at rest in equilibrium position. If each of the bobs is given a displacement of 2cm, the work done is respectively. Then,
physics-General
physics-
The upper half of an inclined plane with inclination q is perfectly smooth while the lower half is rough. A body starting from rest at the top will again come to rest at the bottom if the coefficient of friction for the lower half is given by
The upper half of an inclined plane with inclination q is perfectly smooth while the lower half is rough. A body starting from rest at the top will again come to rest at the bottom if the coefficient of friction for the lower half is given by
physics-General
physics-
A particle is projected along the inner surface of a smooth vertical circle of radius R, its velocity at the lowest point being 
It will leave the circle at an angular distance .... from the highest point.
A particle is projected along the inner surface of a smooth vertical circle of radius R, its velocity at the lowest point being It will leave the circle at an angular distance .... from the highest point.
physics-General
physics-
The potential energy for the force 
if the zero of the potential energy is to be chosen at the point (2, 2, 2) is
The potential energy for the force if the zero of the potential energy is to be chosen at the point (2, 2, 2) is
physics-General
physics-
Consider a roller coaster with a circular loop. A roller coaster car starts from rest from the top of a hill which is 5 m higher than the top of the loop. It rolls down the hill and through the loop. What must the radius of the loop be so that the passengers of the car will feel at highest point, as if they their normal weight ?
Consider a roller coaster with a circular loop. A roller coaster car starts from rest from the top of a hill which is 5 m higher than the top of the loop. It rolls down the hill and through the loop. What must the radius of the loop be so that the passengers of the car will feel at highest point, as if they their normal weight ?
physics-General
physics-
A pendulum bob of mass m is suspended at rest. A constant horizontal force 
starts acting on it. The maximum angular deflection of the string is
A pendulum bob of mass m is suspended at rest. A constant horizontal force starts acting on it. The maximum angular deflection of the string is
physics-General
physics-
4 A car is moving along a hilly road as shown (side view). The coefficient of static friction between the tyres and pavement is constant and the car maintains a steady speed. If, at one of the points shown the driver applies the brakes as hard as possible without making the tires slip, the magnitude of the frictional force immediately after the brakes are applied will be maximum if the car was at
4 A car is moving along a hilly road as shown (side view). The coefficient of static friction between the tyres and pavement is constant and the car maintains a steady speed. If, at one of the points shown the driver applies the brakes as hard as possible without making the tires slip, the magnitude of the frictional force immediately after the brakes are applied will be maximum if the car was at
physics-General
physics-
One end of a light rope is tied directly to the ceiling. A man of mass M initially at rest on the ground starts climbing the rope hand over upto a height 
. From the time he starts at rest on the ground to the time he is hanging at rest at a height , how much work done on the man by the rope ?
One end of a light rope is tied directly to the ceiling. A man of mass M initially at rest on the ground starts climbing the rope hand over upto a height . From the time he starts at rest on the ground to the time he is hanging at rest at a height , how much work done on the man by the rope ?
physics-General
physics-
A block of mass 1 kg is placed on a rough horizontal surface. A spring is attached to the block whose other end is joined to a rigid wall,as shown in the figure. A horizontal force is applied on the block so that it remains at rest while the spring is elongated by x.
Let 
be the maximum and minimum values of force F for which the block remains in equilibrium. For a particular x, = 2 N. Also shown is the variation of 
, the elongation of the spring The value of 
, if x = 3 cm is :
A block of mass 1 kg is placed on a rough horizontal surface. A spring is attached to the block whose other end is joined to a rigid wall,as shown in the figure. A horizontal force is applied on the block so that it remains at rest while the spring is elongated by x. Let be the maximum and minimum values of force F for which the block remains in equilibrium. For a particular x, = 2 N. Also shown is the variation of , the elongation of the spring The value of , if x = 3 cm is :
physics-General
physics-
A block of mass 1 kg is placed on a rough horizontal surface. A spring is attached to the block whose other end is joined to a rigid wall,as shown in the figure. A horizontal force is applied on the block so that it remains at rest while the spring is elongated by x. Let be the maximum and minimum values of force F for which the block remains in equilibrium. For a particular x, 
= 2 N. Also shown is the variation of 
, the elongation of the spring The spring constant of the spring is:
A block of mass 1 kg is placed on a rough horizontal surface. A spring is attached to the block whose other end is joined to a rigid wall,as shown in the figure. A horizontal force is applied on the block so that it remains at rest while the spring is elongated by x. Let be the maximum and minimum values of force F for which the block remains in equilibrium. For a particular x, = 2 N. Also shown is the variation of , the elongation of the spring The spring constant of the spring is:
physics-General
physics-
A block of mass 1 kg is placed on a rough horizontal surface. A spring is attached to the block whose other end is joined to a rigid wall,as shown in the figure. A horizontal force is applied on the block so that it remains at rest while the spring is elongated by x 
be the maximum and minimum values of force F for which the block remains in equilibrium. For a particular x, 
. Also shown is the variation of Fmax+ Fmin versus x, the elongation of the spring The coefficient of friction between the block and the horizontal surface is :
A block of mass 1 kg is placed on a rough horizontal surface. A spring is attached to the block whose other end is joined to a rigid wall,as shown in the figure. A horizontal force is applied on the block so that it remains at rest while the spring is elongated by x be the maximum and minimum values of force F for which the block remains in equilibrium. For a particular x, . Also shown is the variation of Fmax+ Fmin versus x, the elongation of the spring The coefficient of friction between the block and the horizontal surface is :
physics-General
