of length L and mass M is hanging at rest from its top edge from a ceiling hinged at that point so that it is free to rotate. Find the distance from the top of the stick where an impulse, FΔt, is applied such that there is no horizontal component to the force of the hinge on the stick. This point is called the center of percussion. 7. A stick of length L and mass M is hanging at rest from its top edge from a ceiling hinged at that pointso that it is free to rotate. Find the distance from the top of the stick where an impulse, FAt, is appliedsuch that there is no horizontal component to the force of the hinge on the stick. This point is called thecenter of percussion.メ-?Fat

Center of percussion is the point on an extended body pivoted at a point, where a perpendicular…

of length L and mass M is hanging at rest from its top edge from a ceiling hinged at that point so that it is free to rotate. Find the distance from the top of the stick where an impulse, FΔt, is applied such that there is no horizontal component to the force of the hinge on the stick. This point is called the center of percussion.

of length L and mass M is hanging at rest from its top edge from a ceiling hinged at that point so that it is free to rotate. Find the distance from the top of the stick where an impulse, FΔt, is applied such that there is no horizontal component to the force of the hinge on the stick. This point is called the center of percussion.