A Schering bridge network is as shown in Figure 30.7. page 466. Given C=0.2 F, R 2002,

A Schering bridge network is as shown in Figure 30.7. page 466. Given C₂=0.2 µF, R₁ 2002, R3=6002, C3=4000 pF and the supply frequency is 1.5 kHz, determine, when the bridge is balanced, (a) the value of resistance Rx, (b) the value of capacitance C₁. (c) the phase angle of the unknown arm, (d) the power factor of the unknown arm and (e) its loss angle.

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A Schering bridge network is as shown in Figure 30.7. page 466. Given C₂=0.2 µF, R₁ 2002, R3=6002, C3=4000 pF and the supply frequency is 1.5 kHz, determine, when the bridge is balanced, (a) the value of resistance Rx, (b) the value of capacitance C₁. (c) the phase angle of the unknown arm, (d) the power factor of the unknown arm and (e) its loss angle. A Schering bridge network is as shown in Figure 30.7. page 466. Given C₂=0.2 µF, R₁ 2002, R3=6002, C3=4000 pF and the supply frequency is 1.5 kHz, determine, when the bridge is balanced, (a) the value of resistance Rx, (b) the value of capacitance C₁. (c) the phase angle of the unknown arm, (d) the power factor of the unknown arm and (e) its loss angle.

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