a) A flux 0.1 mWb links with a coil of 3000 turns when a current of 3 Ampere passes through the coil. Find the following (i) Inductance of the coil, (ii) the energy stored by the inductor, ( (iii) the...


a) A flux 0.1 mWb links with a coil of 3000 turns when a current of 3 Ampere passes through the<br>coil. Find the following<br>(i) Inductance of the coil,<br>(ii) the energy stored by the inductor, (<br>(iii) the voltage developed across the coil, if the current through the coil is interrupted in 140<br>ms. !<br>b) A single phase, 50 Hz transformer rated with power of 25 kVA has voltage ratio of 3000/300<br>V. If the low voltage side has 150 turns, Determine<br>(i) the primary current, (*<br>(ii) the secondary current, (<br>(iii) the number of turns in High voltage side, .<br>(iv) maximum value of flux.<br>and<br>

Extracted text: a) A flux 0.1 mWb links with a coil of 3000 turns when a current of 3 Ampere passes through the coil. Find the following (i) Inductance of the coil, (ii) the energy stored by the inductor, ( (iii) the voltage developed across the coil, if the current through the coil is interrupted in 140 ms. ! b) A single phase, 50 Hz transformer rated with power of 25 kVA has voltage ratio of 3000/300 V. If the low voltage side has 150 turns, Determine (i) the primary current, (* (ii) the secondary current, ( (iii) the number of turns in High voltage side, . (iv) maximum value of flux. and

Jun 10, 2022
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