In general relativity, there are "weak", "dominant", and "strong" versions of a condition on matter distribution named for this quantity.
In general relativity, there are "weak", "dominant", and "strong" versions of a condition on matter distribution named for this quantity. This quantity is the second namesake of a tensor whose spacelike diagonal components are pressure components. That tensor, which contains this quantity's density in its upper left entry, is named for stress and this quantity. The amount of this quantity (*) stored in a magnetic field is given by the volume integral of B squared over 2 mu-nought, while for a capacitor it equals one-half Q times V. Voltage equals this quantity per unit charge, so Kirchhoff's loop rule can be seen as a statement of its conservation. The rate at which this quantity is consumed to do work is given by power. For 10 points, name this quantity measured in joules.
In general relativity, there are "weak", "dominant", and "strong" versions of a condition on matter distribution named for this quantity.
electric potential energy