The vector sum of a system of non-collinear forces acting on a rigid body is given to be non-zero. If the vector sum of all torques due to the system of forces about a centain point is found to be zero, does this mean that it is necessarily zero about any arbitrary point ?

The vector sum of a system of non-collinear forces acting on a rigid body is given to be non-zero. If the vector sum of all the torques due to the system of forces about a certain point is found to be zero, does this mean that it is necessarily zero about any arbitrary point?

The vector sum of a system of non-collinear forces acting on a rigid body is gives to be non-zero. If the vector sum of all the torques due to the system of forces about a certain point is found to be zero, does this mean that it is necessarily zero about any arbitrary point?

If the resultant torque of all the forces acting on a body is zero about a point is it necessary that it will be zero about any other point?

If the resultant torque of all the forces acting on a body is zero about a point is it necessary that it will be zero about any other point?

If the resultant torque of all the forces acting on a body is zero about a point is it necessary that it will be zero about any other point?

If the angular momentum of a body is found to be zero about a point is it necessary that it will also be zero about a different point?

If the angular momentum of a body is found to be zero about a point is it necessary that it will also be zero about a different point?

If the angular momentum of a body is found to be zero about a point is it necessary that it will also be zero about a different point?

Moment of concurrent forces about any point is constant. If vector sum of all concurrent forces is zero, then moment of all the forces about any point is also zero.