358580 The current following through an inductance coil of self inductance \(6\,mH\) at different time instants is as shown. The emf induced between \(t = 20\;s\) and \(t = 40\;s\) is nearly

358581 Two solenoids of equal number of turns have their lengths and the radii in the same ratio 1:2. The ratio of their self-inductances will be:

358582 The current in a coil changes from \(2 A\) to \(5 A\) in\(0.3\;s.\) The magnitude of emf induced in the coil is \(1.0\;V.\) The value of self-inductance of the coil is

358583 Assertion :
An electric lamp is connected in series with a long solenoid of copper with aircore and then connected to \(A C\) source. If an iron rod is inserted in solenoid the lamp will become dim.
Reason :
If an iron rod is inserted in solenoid, the inductance of solenoid increases.

358580 The current following through an inductance coil of self inductance \(6\,mH\) at different time instants is as shown. The emf induced between \(t = 20\;s\) and \(t = 40\;s\) is nearly

358581 Two solenoids of equal number of turns have their lengths and the radii in the same ratio 1:2. The ratio of their self-inductances will be:

358582 The current in a coil changes from \(2 A\) to \(5 A\) in\(0.3\;s.\) The magnitude of emf induced in the coil is \(1.0\;V.\) The value of self-inductance of the coil is

358583 Assertion :
An electric lamp is connected in series with a long solenoid of copper with aircore and then connected to \(A C\) source. If an iron rod is inserted in solenoid the lamp will become dim.
Reason :
If an iron rod is inserted in solenoid, the inductance of solenoid increases.

358580 The current following through an inductance coil of self inductance \(6\,mH\) at different time instants is as shown. The emf induced between \(t = 20\;s\) and \(t = 40\;s\) is nearly

358581 Two solenoids of equal number of turns have their lengths and the radii in the same ratio 1:2. The ratio of their self-inductances will be:

358582 The current in a coil changes from \(2 A\) to \(5 A\) in\(0.3\;s.\) The magnitude of emf induced in the coil is \(1.0\;V.\) The value of self-inductance of the coil is

358583 Assertion :
An electric lamp is connected in series with a long solenoid of copper with aircore and then connected to \(A C\) source. If an iron rod is inserted in solenoid the lamp will become dim.
Reason :
If an iron rod is inserted in solenoid, the inductance of solenoid increases.

358580 The current following through an inductance coil of self inductance \(6\,mH\) at different time instants is as shown. The emf induced between \(t = 20\;s\) and \(t = 40\;s\) is nearly

358581 Two solenoids of equal number of turns have their lengths and the radii in the same ratio 1:2. The ratio of their self-inductances will be:

358582 The current in a coil changes from \(2 A\) to \(5 A\) in\(0.3\;s.\) The magnitude of emf induced in the coil is \(1.0\;V.\) The value of self-inductance of the coil is

358583 Assertion :
An electric lamp is connected in series with a long solenoid of copper with aircore and then connected to \(A C\) source. If an iron rod is inserted in solenoid the lamp will become dim.
Reason :
If an iron rod is inserted in solenoid, the inductance of solenoid increases.