20 Animated Videos | 20 Structured Questions.
Find the current through the battery Immediately after the switch S is closed.
Find the charge on the capacitors in steady state.
What is the potential difference between points a and b when switch is open?
Find the current supplied by battery just when the switch is closed.
Find the time at which charge on capacitor has reduced to 2/3 of its initial charge.
Find the total heat generated in resistor.
Will i1/i2 be constant after the switch is closed?
Calculate the current in branches containing R1, R2 and R3.
At what rate water must drain out, in order to light the bulb?
Find the current through the battery and p.d across RL.
find % change in the illumination, When one of the bulbs is removed,
Find the ratio t1/t2.
Calculate the maximum safe value of E.
Find current supplied by the battery.
Find the charge on the capacitor at t = 2R1 C + R2 C.
Find the energy stored in the capacitor.
Find charge on capacitors as f(t) and total heat dissipated.
Calculate VA - VB, and charge & current at f(t).
Find the potential difference between the points 'a' and 'b'.
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