358576 Current in a coil changes from \(4\;A\) to zero in 0.1 second and the emf induced is \(100\;\,V\). The self inductance of the coil is

358577 A coil having an inductance of \(0.5\,H\) carries a current which is uniformly varying from zero to 10 ampere in 2 second. The e.m.f. (in volts) generated in the coil is:

358578 An average induced e.m.f of \(1\;V\) appears in a coil when the current in it is changed from \(10\;A\) in one direction to \(10\;A\) in opposite direction in \(0.5\sec \). Self- inductance of the coil is:

358579 When the number of turns and the length of the solenoid are doubled keeping the area of crosssection same, the inductance

358576 Current in a coil changes from \(4\;A\) to zero in 0.1 second and the emf induced is \(100\;\,V\). The self inductance of the coil is

358577 A coil having an inductance of \(0.5\,H\) carries a current which is uniformly varying from zero to 10 ampere in 2 second. The e.m.f. (in volts) generated in the coil is:

358578 An average induced e.m.f of \(1\;V\) appears in a coil when the current in it is changed from \(10\;A\) in one direction to \(10\;A\) in opposite direction in \(0.5\sec \). Self- inductance of the coil is:

358579 When the number of turns and the length of the solenoid are doubled keeping the area of crosssection same, the inductance

358576 Current in a coil changes from \(4\;A\) to zero in 0.1 second and the emf induced is \(100\;\,V\). The self inductance of the coil is

358577 A coil having an inductance of \(0.5\,H\) carries a current which is uniformly varying from zero to 10 ampere in 2 second. The e.m.f. (in volts) generated in the coil is:

358578 An average induced e.m.f of \(1\;V\) appears in a coil when the current in it is changed from \(10\;A\) in one direction to \(10\;A\) in opposite direction in \(0.5\sec \). Self- inductance of the coil is:

358579 When the number of turns and the length of the solenoid are doubled keeping the area of crosssection same, the inductance

358576 Current in a coil changes from \(4\;A\) to zero in 0.1 second and the emf induced is \(100\;\,V\). The self inductance of the coil is

358577 A coil having an inductance of \(0.5\,H\) carries a current which is uniformly varying from zero to 10 ampere in 2 second. The e.m.f. (in volts) generated in the coil is:

358578 An average induced e.m.f of \(1\;V\) appears in a coil when the current in it is changed from \(10\;A\) in one direction to \(10\;A\) in opposite direction in \(0.5\sec \). Self- inductance of the coil is:

358579 When the number of turns and the length of the solenoid are doubled keeping the area of crosssection same, the inductance