365633 A particle performs uniform circular motion with an angular momentum \(L\). If the frequency of particle motion is doubled and its kinetic energy is halved, the angular momentum becomes

365634 A spherical body of mass \({m}\) and radius \({r}\) is released from rest along a smooth inclined plane of inclination \({\theta}\). The angular momentum of the body about the instantaneous point of contact after a time ' \({t}\) ' from the instant of release is

365635 A rod of mass \(m\) and length \(l\) is moving with linear velocity \(v\) and angular velocity \(\omega\). The angular momentum of the rod about point \(P\) is

365636 A sphere of mass \(M\) rolls without slipping on a rough surface with centre of mass has constant speed \(v_{0}\). If mass of the sphere is \(m\) and its radius be \(R\), then the angular momentum of the sphere about the point of contact is

365633 A particle performs uniform circular motion with an angular momentum \(L\). If the frequency of particle motion is doubled and its kinetic energy is halved, the angular momentum becomes

365634 A spherical body of mass \({m}\) and radius \({r}\) is released from rest along a smooth inclined plane of inclination \({\theta}\). The angular momentum of the body about the instantaneous point of contact after a time ' \({t}\) ' from the instant of release is

365635 A rod of mass \(m\) and length \(l\) is moving with linear velocity \(v\) and angular velocity \(\omega\). The angular momentum of the rod about point \(P\) is

365636 A sphere of mass \(M\) rolls without slipping on a rough surface with centre of mass has constant speed \(v_{0}\). If mass of the sphere is \(m\) and its radius be \(R\), then the angular momentum of the sphere about the point of contact is

365633 A particle performs uniform circular motion with an angular momentum \(L\). If the frequency of particle motion is doubled and its kinetic energy is halved, the angular momentum becomes

365634 A spherical body of mass \({m}\) and radius \({r}\) is released from rest along a smooth inclined plane of inclination \({\theta}\). The angular momentum of the body about the instantaneous point of contact after a time ' \({t}\) ' from the instant of release is

365635 A rod of mass \(m\) and length \(l\) is moving with linear velocity \(v\) and angular velocity \(\omega\). The angular momentum of the rod about point \(P\) is

365636 A sphere of mass \(M\) rolls without slipping on a rough surface with centre of mass has constant speed \(v_{0}\). If mass of the sphere is \(m\) and its radius be \(R\), then the angular momentum of the sphere about the point of contact is

365633 A particle performs uniform circular motion with an angular momentum \(L\). If the frequency of particle motion is doubled and its kinetic energy is halved, the angular momentum becomes

365634 A spherical body of mass \({m}\) and radius \({r}\) is released from rest along a smooth inclined plane of inclination \({\theta}\). The angular momentum of the body about the instantaneous point of contact after a time ' \({t}\) ' from the instant of release is

365635 A rod of mass \(m\) and length \(l\) is moving with linear velocity \(v\) and angular velocity \(\omega\). The angular momentum of the rod about point \(P\) is

365636 A sphere of mass \(M\) rolls without slipping on a rough surface with centre of mass has constant speed \(v_{0}\). If mass of the sphere is \(m\) and its radius be \(R\), then the angular momentum of the sphere about the point of contact is