The generalized form of this is, along with position, one of the variables determining the motion in Hamiltonian mechanics, and the quantum mechanical operator for it is generally conjugate with that for position, which, along with the Heisenberg principle, leads to the formula ["delta pee is greater than aych-bar over two delta ecks"] formula for its "uncertainty.
The generalized form of this is, along with position, one of the variables determining the motion in Hamiltonian mechanics, and the quantum mechanical operator for it is generally conjugate with that for position, which, along with the Heisenberg principle, leads to the formula ["delta pee is greater than aych-bar over two delta ecks"] formula for its "uncertainty." For ten points, name the property of a body in motion whose time derivative is equal to the force on that particle according to Newton's 1st law, and which is classically equal to mv ["emm vee"], where m is the particle mass and v is its velocity.
The generalized form of this is, along with position, one of the variables determining the motion in Hamiltonian mechanics, and the quantum mechanical operator for it is generally conjugate with that for position, which, along with the Heisenberg principle, leads to the formula ["delta pee is greater than aych-bar over two delta ecks"] formula for its "uncertainty.
{momentum}