In CR circuit the growth of charge on the capacitor is

Question

In CR circuit the growth of charge on the capacitor is (A) more rapid if the CR is smaller (B) more rapid if the CR is larger (C) independent of CR (D) independent of time

Tardigrade Admin · Accepted Answer

Growth of charge on capacitor in a CR circuit occurs as Q=Q0(1-e-t / R C) If product C R is small, then time constant for C R circuit is small and growth of charge will be more rapid.

Q. In CR circuit the growth of charge on the capacitor is

more rapid if the CR is smaller

more rapid if the CR is larger

independent of CR

independent of time

Growth of charge on capacitor in a CR circuit occurs as
$Q = Q_{0} (1 - e^{- t / RC})$
If product $CR$ is small, then time constant for $CR$ circuit is small and growth of charge will be more rapid.

Q. In CR circuit the growth of charge on the capacitor is

more rapid if the CR is smaller

more rapid if the CR is larger

independent of CR

independent of time

Growth of charge on capacitor in a CR circuit occurs as Q=Q0​(1−e−t/RC) If product CR is small, then time constant for CR circuit is small and growth of charge will be more rapid.

Growth of charge on capacitor in a CR circuit occurs as
$Q = Q_{0} (1 - e^{- t / RC})$
If product $CR$ is small, then time constant for $CR$ circuit is small and growth of charge will be more rapid.