In quantum mechanics, this property is given by Dirac's constant over i times the gradient, and it's not position, but a disc
In quantum mechanics, this property is given by Dirac's constant over i times the gradient, and it's not position, but a discredited thought experiment that predicts the future through present knowledge of it everywhere is called Laplace's demon. In relativistic physics, this quantity's formula includes the rest mass and the [*] Lorentz factor. This property and kinetic energy are conserved in elastic collisions, and this quantity's change is known as impulse while its time derivative is force. For 10 points, name this measure symbolized p, defined as an object's mass times its velocity.
In quantum mechanics, this property is given by Dirac's constant over i times the gradient, and it's not position, but a discredited thought experiment that predicts the future through present knowledge of it everywhere is called Laplace's demon.
linear {momentum} [do not accept “angular {momentum}”]