One can use this quantity multiplied by the coefficient of friction mu to determine the friction operating on a body, and this quantity is equal to mass times gravity times cosine of the incline of a surface for a solid body.
One can use this quantity multiplied by the coefficient of friction mu to determine the friction operating on a body, and this quantity is equal to mass times gravity times cosine of the incline of a surface for a solid body. For 10 points, name this quantity which represents the perpendicular component of the contact force exerted by a body on a surface, often symbolized by a capital N.
One can use this quantity multiplied by the coefficient of friction mu to determine the friction operating on a body, and this quantity is equal to mass times gravity times cosine of the incline of a surface for a solid body.
{Normal} Force [prompt on {N}]