363197 A bead \(A\) can slide freely along a smooth rod bent in the form of a half circle of Radius \(R\). The system is set in rotation with a constant angular velocity \(\omega \) about a vertical axis \(OO\)’. Find the angle \(\theta \) corresponding to steady position of the bead.

363198 A body of mass \(200\;g\) is tied to a spring of spring constant \(12.5\;N{\rm{/}}m\), while the other end of spring is fixed at a point \(O\). If the body moves about \(O\) in a circular path on a smooth horizontal surface with constant angular speed. Then the ratio of extension in the spring to its natural length will be

363199 A moving train takes a turn. Here, we observe that:

363200 Assertion :
A cyclist always bends inwards while negotiating a curve.
Reason :
By bending, cyclist lowers his centre of gravity

363197 A bead \(A\) can slide freely along a smooth rod bent in the form of a half circle of Radius \(R\). The system is set in rotation with a constant angular velocity \(\omega \) about a vertical axis \(OO\)’. Find the angle \(\theta \) corresponding to steady position of the bead.

363198 A body of mass \(200\;g\) is tied to a spring of spring constant \(12.5\;N{\rm{/}}m\), while the other end of spring is fixed at a point \(O\). If the body moves about \(O\) in a circular path on a smooth horizontal surface with constant angular speed. Then the ratio of extension in the spring to its natural length will be

363199 A moving train takes a turn. Here, we observe that:

363200 Assertion :
A cyclist always bends inwards while negotiating a curve.
Reason :
By bending, cyclist lowers his centre of gravity

363197 A bead \(A\) can slide freely along a smooth rod bent in the form of a half circle of Radius \(R\). The system is set in rotation with a constant angular velocity \(\omega \) about a vertical axis \(OO\)’. Find the angle \(\theta \) corresponding to steady position of the bead.

363198 A body of mass \(200\;g\) is tied to a spring of spring constant \(12.5\;N{\rm{/}}m\), while the other end of spring is fixed at a point \(O\). If the body moves about \(O\) in a circular path on a smooth horizontal surface with constant angular speed. Then the ratio of extension in the spring to its natural length will be

363199 A moving train takes a turn. Here, we observe that:

363200 Assertion :
A cyclist always bends inwards while negotiating a curve.
Reason :
By bending, cyclist lowers his centre of gravity

363197 A bead \(A\) can slide freely along a smooth rod bent in the form of a half circle of Radius \(R\). The system is set in rotation with a constant angular velocity \(\omega \) about a vertical axis \(OO\)’. Find the angle \(\theta \) corresponding to steady position of the bead.

363198 A body of mass \(200\;g\) is tied to a spring of spring constant \(12.5\;N{\rm{/}}m\), while the other end of spring is fixed at a point \(O\). If the body moves about \(O\) in a circular path on a smooth horizontal surface with constant angular speed. Then the ratio of extension in the spring to its natural length will be

363199 A moving train takes a turn. Here, we observe that:

363200 Assertion :
A cyclist always bends inwards while negotiating a curve.
Reason :
By bending, cyclist lowers his centre of gravity