when the key is closed.
The circuit shown in the figure consists of a charged capacitor of capacity 3 μF and a charge of 30 μC. At time t = 0, when the key is closed, the value of current flowing through the 5 MW resistor is ‘x’ μ-A. The value of ‘x to the nearest integer is …………
29
Sep
The circuit shown in the figure consists of a charged capacitor of capacity 3 μF and a charge of 30 μC. At time t = 0, when the key is closed, the value of current flowing through the 5 MW resistor is ‘x’ μ-A. The value of ‘x to the nearest integer is ………… The [...]
Figure represents a load consisting of three identical resistances connected to an electric energy source of emf 12 V and internal resistance 0.6Ω. The ammeter reads 2A. The magnitude of each resistance is.
06
Dec
Figure represents a load consisting of three identical resistances connected to an electric energy source of emf 12 V and internal resistance 0.6Ω. The ammeter reads 2A. The magnitude of each resistance is. The circuit shown has resistors of equal resistance R. Find the equivalent resistance between A and B when the key is closed. [...]
The circuit shown has resistors of equal resistance R. Find the equivalent resistance between A and B, when the key is closed.
06
Dec
The circuit shown has resistors of equal resistance R. Find the equivalent resistance between A and B, when the key is closed. The circuit shown has resistors of equal resistance R. Find the equivalent resistance between A and B when the key is closed. December 6, 2020 Category: Cengage JEE Mains Physics by B.M Sharma [...]
The circuit shown has resistance of equal resistance R. Find the equivalent resistance between A and B, when the key is closed.
11
Nov
The circuit shown has resistance of equal resistance R. Find the equivalent resistance between A and B, when the key is closed. The circuit shown has resistance of equal resistance R. Find the equivalent resistance between A and B when the key is closed. November 11, 2020 Category: Uncategorised (JEE Advanced Physics by BM Sharma [...]