A circuit supplied by 230V, 50HZ, is shown in Figure B5 below, is used to find the unknown value of inductance and capacitance. Z2 is the combination with R2 = 102, L2 = 10mH, Z4 is a single resistor...

4Q)A circuit supplied by 230V, 50HZ, is shown in Figure B5 below, is used to find<br>the unknown value of inductance and capacitance. Z2 is the combination with R2<br>= 102, L2 = 10mH, Z4 is a single resistor of value R4 = 502, Z3 is a pure resistor<br>with value of R3 = 452.<br>L1<br>zi<br>Z3<br>R3<br>R1<br>D<br>12<br>R2<br>R4<br>Z2<br>Z4<br>L2<br>12<br>Figure B5<br>i.<br>Calculate the value of L1, when R1 is given as 0.52.<br>ii.<br>If Zi is replaced by a pure inductor, then calculate the value of inductance.<br>

Extracted text: A circuit supplied by 230V, 50HZ, is shown in Figure B5 below, is used to find the unknown value of inductance and capacitance. Z2 is the combination with R2 = 102, L2 = 10mH, Z4 is a single resistor of value R4 = 502, Z3 is a pure resistor with value of R3 = 452. L1 zi Z3 R3 R1 D 12 R2 R4 Z2 Z4 L2 12 Figure B5 i. Calculate the value of L1, when R1 is given as 0.52. ii. If Zi is replaced by a pure inductor, then calculate the value of inductance.

Jun 11, 2022
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