A precise statement of Newton‟s second law is that the derivative of this quantity with respect to time equals the net force on an object. The change in this quantity is called impulse. Unlike with ki
A precise statement of Newton‟s second law is that the derivative of this quantity with respect to time equals the net force on an object. The change in this quantity is called impulse. Unlike with kinetic energy, both (*) inelastic and elastic collisions keep this value constant, according to its namesake law of conservation. For 10 points, name this vector quantity abbreviated p, equal to mass times velocity.
A precise statement of Newton‟s second law is that the derivative of this quantity with respect to time equals the net force on an object.
linear momentum (prompt on p before it is mentioned)