For an accelerating charge experiencing no external forces, this quantity is proportional to the charge squared times the acceleration squared divided by the speed of light cubed, a result known as the Larmor formula.
For an accelerating charge experiencing no external forces, this quantity is proportional to the charge squared times the acceleration squared divided by the speed of light cubed, a result known as the Larmor formula. For a black body, the amount of this quantity per unit area is equal to temperature to the fourth power times the Stefan-Boltzmann constant. Intensity is equal to this quantity divided by area. In mechanics, this quantity is equal to the dot product of force with velocity, and in circuits, this quantity is equal to the product of the current and the voltage. For 10 points, name this quantity defined as the derivative of work with respect to time, which has units of Watts.
For an accelerating charge experiencing no external forces, this quantity is proportional to the charge squared times the acceleration squared divided by the speed of light cubed, a result known as the Larmor formula.
power