In the photoelectric effect, the maximum value of this quantity for the released particles is proportional to frequency of the incoming particles, provided that the frequency is above the threshold frequency.
In the photoelectric effect, the maximum value of this quantity for the released particles is proportional to frequency of the incoming particles, provided that the frequency is above the threshold frequency. Usually symbolized T in the Lagrangian and Hamiltonian formulas, its average value for a mole of ideal gas is three-halves the constant R times temperature. Work done by a net force is equal to change in this quantity, whose rotational form is moment of inertia times angular velocity over two. For 10 points, name this quantity classically equal to one-half mass times velocity squared, which is measured in joules and contrasted with potential energy in moving objects.
In the photoelectric effect, the maximum value of this quantity for the released particles is proportional to frequency of the incoming particles, provided that the frequency is above the threshold frequency.
kinetic energy [prompt "T" until read; prompt "E sub K;" prompt "energy of motion"]