A capacitor of capacitance C = 10 muf is connected to a resistance R =2 ohm and a battery of emf E = 5 V of negligible internal resistance. After 20 mus of completing the circuit
Sahay Sir > Question Answers > A capacitor of capacitance C = 10 muf is connected to a resistance R =2 ohm and a battery of emf E = 5 V of negligible internal resistance. After 20 mus of completing the circuit
A resistor R = 10 Momega and a capacitor C = 1 muf are connected as shown in fig. the capacitor is originally given a charge of 5 muC and then discharged by closing the switchb at t=0. a) At what time will the charge be equal to 0.50 muC? (b) What is the current at this time?
03
Sep
A resistor R = 10 Momega and a capacitor C = 1 muf are connected as shown in fig. the capacitor is originally given a charge of 5 muC and then discharged by closing the switchb at t=0. a) At what time will the charge be equal to 0.50 muC? (b) What is the current [...]
A capacitor of capacitance C = 10 muf is connected to a resistance R =2 ohm and a battery of emf E = 5 V of negligible internal resistance. After 20 mus of completing the circuit, find a) power delivered by the battery b) power dissipated as heat c) rate of energy stored in the capacitor .
03
Sep
A capacitor of capacitance C = 10 muf is connected to a resistance R =2 ohm and a battery of emf E = 5 V of negligible internal resistance. After 20 mus of completing the circuit, find a) power delivered by the battery b) power dissipated as heat c) rate of energy stored in the [...]