358520 What is the mutual inductance of a two-loop system as shown with centre separation \(l\) ?

358521 Two coaxial solenoids are made by winding a thin insulated wire over a pipe of cross sectional area \(A = 10\;\,c{m^2}\) and length \(20\;\,cm\). If one of the solenoids has 300 turns and the other 400 turns, their mutual inductance is \(\left( {{\mu _0} = 4\pi \times {{10}^{ - 7}}\,Tm/A} \right)\)

358522 Two coils \(P\) and \(Q\) are kept near each other. When no current flows through coil \(P\) and current increases in coil \(Q\) at the rate \(10\,\;A/s\), the emf in coil \(P\,{\text{is}}\,15\,mV\). When coil \(Q\) carries no current and current of \(1.8\;\,A\) flows through coil \(P\), the magnetic flux linked with the coil \(Q\) is

358523 The coefficient of mutual inductance of two coils is \(6\,mH\). If the current flowing in one is 2 ampere, then the induced e.m.f. in the second coil will be:

358520 What is the mutual inductance of a two-loop system as shown with centre separation \(l\) ?

358521 Two coaxial solenoids are made by winding a thin insulated wire over a pipe of cross sectional area \(A = 10\;\,c{m^2}\) and length \(20\;\,cm\). If one of the solenoids has 300 turns and the other 400 turns, their mutual inductance is \(\left( {{\mu _0} = 4\pi \times {{10}^{ - 7}}\,Tm/A} \right)\)

358522 Two coils \(P\) and \(Q\) are kept near each other. When no current flows through coil \(P\) and current increases in coil \(Q\) at the rate \(10\,\;A/s\), the emf in coil \(P\,{\text{is}}\,15\,mV\). When coil \(Q\) carries no current and current of \(1.8\;\,A\) flows through coil \(P\), the magnetic flux linked with the coil \(Q\) is

358523 The coefficient of mutual inductance of two coils is \(6\,mH\). If the current flowing in one is 2 ampere, then the induced e.m.f. in the second coil will be:

358520 What is the mutual inductance of a two-loop system as shown with centre separation \(l\) ?

358521 Two coaxial solenoids are made by winding a thin insulated wire over a pipe of cross sectional area \(A = 10\;\,c{m^2}\) and length \(20\;\,cm\). If one of the solenoids has 300 turns and the other 400 turns, their mutual inductance is \(\left( {{\mu _0} = 4\pi \times {{10}^{ - 7}}\,Tm/A} \right)\)

358522 Two coils \(P\) and \(Q\) are kept near each other. When no current flows through coil \(P\) and current increases in coil \(Q\) at the rate \(10\,\;A/s\), the emf in coil \(P\,{\text{is}}\,15\,mV\). When coil \(Q\) carries no current and current of \(1.8\;\,A\) flows through coil \(P\), the magnetic flux linked with the coil \(Q\) is

358523 The coefficient of mutual inductance of two coils is \(6\,mH\). If the current flowing in one is 2 ampere, then the induced e.m.f. in the second coil will be:

358520 What is the mutual inductance of a two-loop system as shown with centre separation \(l\) ?

358521 Two coaxial solenoids are made by winding a thin insulated wire over a pipe of cross sectional area \(A = 10\;\,c{m^2}\) and length \(20\;\,cm\). If one of the solenoids has 300 turns and the other 400 turns, their mutual inductance is \(\left( {{\mu _0} = 4\pi \times {{10}^{ - 7}}\,Tm/A} \right)\)

358522 Two coils \(P\) and \(Q\) are kept near each other. When no current flows through coil \(P\) and current increases in coil \(Q\) at the rate \(10\,\;A/s\), the emf in coil \(P\,{\text{is}}\,15\,mV\). When coil \(Q\) carries no current and current of \(1.8\;\,A\) flows through coil \(P\), the magnetic flux linked with the coil \(Q\) is

358523 The coefficient of mutual inductance of two coils is \(6\,mH\). If the current flowing in one is 2 ampere, then the induced e.m.f. in the second coil will be: