Dividing a wave's angular frequency with its angular wavenumber yields this quantity's "group" form. The square root of 3 times the gas constant times temperature divided by the molar mass of a gas describes the "root mean square" measure of this quantity. Integrating this function of a particle from T1 to T2 yields the displacement. When the force of gravity on an object in free fall equals the drag force, the object has
Dividing a wave's angular frequency with its angular wavenumber yields this quantity's "group" form. The square root of 3 times the gas constant times temperature divided by the molar mass of a gas describes the "root mean square" measure of this quantity. Integrating this function of a particle from T1 to T2 yields the displacement. When the force of gravity on an object in free fall equals the drag force, the object has reached the "terminal" form of this value, which is constant because acceleration equals zero. For 10 points, name this vector quantity with units of meters per second and a magnitude equal to speed.
Dividing a wave's angular frequency with its angular wavenumber yields this quantity's "group" form.
{velocity}