In electrodynamics, the square of this quantity times acceleration squared can be found in the numerator of the Larmor formula for power, and this quantity is a proportionality constant in the Lorentz force law.
In electrodynamics, the square of this quantity times acceleration squared can be found in the numerator of the Larmor formula for power, and this quantity is a proportionality constant in the Lorentz force law. In circuits, the derivative of this quantity is the current, and the field of electrostatics deals with problems when this quantity is not moving. Colulomb's law gives that electric force is proportional to this quantity squared over the distance squared. For 10 points, identify this quantity symbolized "q," which can be positive or negative and causes objects to attract or repel each other
In electrodynamics, the square of this quantity times acceleration squared can be found in the numerator of the Larmor formula for power, and this quantity is a proportionality constant in the Lorentz force law.
electric {charge} [prompt on “{q}”]