For a thermal system, this quantity equals density times specific heat times volume over the heat transfer constant times surface area.
For a thermal system, this quantity equals density times specific heat times volume over the heat transfer constant times surface area. The open- circuit method named after this quantity is used to determine the corner frequency for complex circuits. In simple circuits, the corner frequency is equal to one over 2π times this quantity. This quantity is equal to the inductance over the resistance in an RL circuit, and it is equal to resistance times capacitance in an RC circuit. Half-life is equal to this quantity times the natural log of two. Name this quantity, which equals the amount of time it takes for a system to reach (1 – 1/e) of its final value, a common constant used in circuit analysis.
For a thermal system, this quantity equals density times specific heat times volume over the heat transfer constant times surface area.
{time constant} [prompt on “tau”]