Scleronomic constraints do not explicitly depend on this quantity.
Scleronomic constraints do not explicitly depend on this quantity. An arbitrary function's overall change with respect to this quantity equals the function's Poisson bracket with the Hamiltonian plus its explicit change with respect to this quantity. It's not the action, but this quantity is minimized for a particle under the influence of gravity traveling on the surface of a cycloid. The product of resistance and capacitance for an (*) RC circuit equals a quantity denoted by tau, a "constant" named for this quantity which characterizes the circuit. For a system doing work at constant power, power times this quantity equals work. Acceleration equals the derivative of velocity with respect to this quantity. For 10 points, name this quantity whose SI unit is the second.
Scleronomic constraints do not explicitly depend on this quantity.
time [accept "time constant" before its mentioned]