Four forces are applied to a wheel of radius $10\,cm$ as shown in the figure. The net torque produced by all these forces about $C$ is
Four forces are applied to a wheel of radius $10\,cm$ as shown in the figure. The net torque produced by all these forces about $C$ is
- A
$1.25\,Nm$ clockwise
- B
$1.25\,Nm$ anticlockwise
- C
$1.05\,Nm$ anticlockwise
- D
$1.05\,Nm$ clockwise
Similar Questions
If a solid sphere is rolling, the ratio of its rotational energy to the total kinetic energy is given by
If a solid sphere is rolling, the ratio of its rotational energy to the total kinetic energy is given by
In a rectangle $ABCD (BC = 2AB)$. The moment of inertia will be minimum along the axis :-
In a rectangle $ABCD (BC = 2AB)$. The moment of inertia will be minimum along the axis :-
A particle of mass $m$ moves along line $PC$ with velocity $v$ as shown.What is the angular momentum of the particle about $O$ ?
A particle of mass $m$ moves along line $PC$ with velocity $v$ as shown.What is the angular momentum of the particle about $O$ ?
Two particles having mass $'M'$ and $'m'$ are moving in circular paths having radii $R$ and $ r.$ If their time periods are same then the ratio of their angular velocities will
Two particles having mass $'M'$ and $'m'$ are moving in circular paths having radii $R$ and $ r.$ If their time periods are same then the ratio of their angular velocities will
A disc is performing pure rolling on a smooth stationary surface with constant angular velocity as shown in figure. At any instant, for the lower most point of the disc -
A disc is performing pure rolling on a smooth stationary surface with constant angular velocity as shown in figure. At any instant, for the lower most point of the disc -