40. Two parallel rectangular superconducting plates of length l width b and separation a (l>>b>>a) are joined at each end to form a one turn coil of negligible resistance. what is the self inductance ?? how much energy is stored in the magnetic field when a Steady Current I flows? The Separation increases by a small amount (del a). calculate the various energy changes (A) when a coil includes in its circuit a lossless which maintains a constant current I (B) when a circuit consists of coil alone Deduce the magnitude and direction of force per unit area between the two plates

40. Two parallel rectangular superconducting plates of length l width

1.	40. Two parallel rectangular superconducting plates of length l width b and separation a (l>>b>>a) are joined at each end to form a one turn coil of negligible resistance. what is the self inductance ?? how much energy is stored in the magnetic field when a Steady Current I flows? The Separation increases by a small amount (del a). calculate the various energy changes (A) when a coil includes in its circuit a lossless which maintains a constant current I (B) when a circuit consists of coil alone Deduce the magnitude and direction of force per unit area between the two plates
Answer» 40. Two parallel rectangular superconducting plates of length l width b and separation a (l>>b>>a) are joined at each end to form a one turn coil of negligible resistance. what is the self inductance ?? how much energy is stored in the magnetic field when a Steady Current I flows? The Separation increases by a small amount (del a). calculate the various energy changes (A) when a coil includes in its circuit a lossless which maintains a constant current I (B) when a circuit consists of coil alone Deduce the magnitude and direction of force per unit area between the two plates

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