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21. A table with smooth horizontal surfa...

21. A table with smooth horizontal surface is fixed in a cabin that rotates with a uniform angular velocity w in a circular path of radius R shown in figure. A smooth groove AB of length L(«

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A table with smooth horizontal surface is fixed in a cabin that rotates with a uniform angular velocity omega in a circular pathof radius R. A smooth groove AB of length L(ltltR) is made on the surface of the table. The groove makes an angle theta with the radius OA of the circle in which the cabin rotates. A small particle is kept at the point A in the groove and is released to move along AB. Find the time taken by tehparticle to reach the point B.

A table with smooth horizontal surface is fixed in a cabin that rotates with a uniform angular velocity omega in a circular pathof radius R. A smooth groove AB of length L(ltltR) is made on the surface of the table. The groove makes an angle theta with the radius OA of the circle in which the cabin rotates. A small particle is kept at the point A in the groove and is released to move along AB. Find the time taken by tehparticle to reach the point B.

A table with smooth horizontal surface is fixed in a cabin that rotates with a uniform angular velocity omega in a circular pathof radius R. A smooth groove AB of length L(ltltR) is made on the surface of the table. The groove makes an angle theta with the radius OA of the circle in which the cabin rotates. A small particle is kept at the point A in the groove and is released to move along AB. Find the time taken by tehparticle to reach the point B.

A table with smooth horizontal surface is fixed in a cabin that rotates with a uniform angular velocity omega in a circular pathof radius R. A smooth groove AB of length L(ltltR) is made on the surface of the table. The groove makes an angle theta with the radius OA of the circle in which the cabin rotates. A small particle is kept at the point A in the groove and is released to move along AB. Find the time taken by tehparticle to reach the point B.

A particle is moving along a circular path of radius 'r' with uniform angular velocity omega . Its angular acceleration is

A particle moving along a circule path of radius 'r' with uniform angular velocity omega . Its angular acceleration is

A table with smooth horizontal surface is turning at an angular speed omega about its axis. A groove is made on the surface along a radius and a particle is gently placed inside the groove at a distance a from the centre. Find the speed of the speed of the particle as its distance from the centre becomes L.

A table with smooth horizontal surface is turning at an angular speed omega about its axis. A groove is made on the surface along a radius and a particle is gently placed inside the groove at a distance a from the centre. Find the speed of the speed of the particle as its distance from teh centre becomes L.

One end of a uniform rod of mas m and length l is clamped. The rod lies on a smooth horizontal surface and rotates on it about the clamped end at a uniform angular velocity omega . The force exerted by the clamp on the rod has a horizontal component