Shown in the figure is a block at rest h...

Shown in the figure is a block at rest haivng an inclined smooth groove in a vertical plane. The horizontal surface is smooth. A ball of the mass as that of the block at rest is released from the top end. The time when the ball will leave groove is `sqrt((nL)/(2sqrt3g))`. Find n.

Text Solution

Verified by Experts

The correct Answer is:

Topper's Solved these Questions

NTA JEE MOCK TEST 75
NTA MOCK TESTS|Exercise PHYSICS|25 Videos
NTA JEE MOCK TEST 77
NTA MOCK TESTS|Exercise PHYSICS|25 Videos

Similar Questions

Explore conceptually related problems

In the figure shown , all surface are smooth . Acceleration of mass '4m' , when the system Is released from rest will be

All surfaces are smooth. The ball of mass m is released from A . Find the distance travelled by the block of mass M .

A block of mass m is placed at rest on a smooth wedge of mass M placed at rest on a smooth horizontal surface. As the system is released

A force of 50N acts in the direction as shown in figure. The block of mass 5kg, resting on a smooth horizontal surface. Find out the acceleration of the block.

A force of 50 N acts in the direction as shown in figure. The block of mass 5kg. Resting on a smooth horizonatal surface. Find out the acceleration of the block.

A block of mass m rests on a stationary wedge of mass M. The wedge can slide freely on a smooth horizontal surface as shown in figure. If the block starts from rest

A wedge having a vertical slot in it is placed on smooth horizontal surface as shown in the figure. Two blocks are arranged as shown in the figure. The system is released from rest calculate the speed of the wedge when block 1 comes down a distance h .

There is an inclined surface of inclination theta . A smooth groove is cut into it forming an angle alpha with AB as shown in figure. A steel ball is free to slide a long the groove. If the ball is released from the point O. Find the speed when it comes to A.

Figure shows a block A of mass 6 m having a smooth semicircular groove of radius a placed on a smooth horizontal surface. A block B of mass m is released from a position in groove where its radius is horizontal. Find the speed of the bigger block when the smaller block reaches its bottom most position.

NTA MOCK TESTS-NTA JEE MOCK TEST 76-PHYSICS

Two particles having masses m and 4m are separated by distance l. The ...
Text Solution
|
Two bodies of masses 1 kg and 4 kg are connected to a vertical spring,...
Text Solution
|
One mole of gas having gamma = 7//5 is mixed with 1 mole of a gas havi...
Text Solution
|
Two identical glass bulbs are interconnected by a thin glass tube. A g...
Text Solution
|
Water is being poured in a vessel at a constant rate alpha m^(2)//s. T...
Text Solution
|
A star initially has 10^(40) deuterons. It produces energy via the pr...
Text Solution
|
The mass M shown in figure ocillates in simple harmonic motion with am...
Text Solution
|
The photosensitive surface is receiving the light of wavelength 5000Å ...
Text Solution
|
A cone of radius R and height H, is hanging inside a liquid of density...
Text Solution
|
Line PQ is parallel to y - axis and moment of inertia of a rigid body ...
Text Solution
|
In the following circuits, PN - junction diodes D(1),D(2) and D(3) are...
Text Solution
|
The viscosity eta of a gas depends on the long - range attractive part...
Text Solution
|
plane waves refracted for air to water using Huygen.s principal a,b,c,...
Text Solution
|
2 loudspeakers are emitting sound waves of wavelength lambda with an i...
Text Solution
|
A block of mass m is connected rigidly with a smooth wedge (plank) by ...
Text Solution
|
Shown in the figure is a block at rest haivng an inclined smooth groov...
Text Solution
|
A particle is suspended by a light vertical inelastic string of length...
Text Solution
|
A 1kg block B rests as shown on a bracket A of same mass. Constant for...
Text Solution
|
When the gap between two identical concave thin lenses (mu=(3)/(2), f=...
Text Solution
|
A block of mass 0.1 kg is attached to a cord passing through a hole in...
Text Solution
|