1. i. Determine the series equivalent inductance (Lx) and resistance (R) of the network shown in figure 1, which causes

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1 I Determine The Series Equivalent Inductance Lx And Resistance R Of The Network Shown In Figure 1 Which Causes 1 (39.59 KiB) Viewed 49 times

1. i. Determine the series equivalent inductance (Lx) and resistance (R) of the network shown in figure 1, which causes a Hay Bridge angle opposite (thus nulling the following bridge arms). (=3000 rad/s, R₂ =9 k2, R₁ = 1.8 k2, C₁=0.9 µF, R₁ = 0.9 km2 A.C. supply 1 Hz Figure 1 (5 Marks) ii. The Schering Bridge is shown in following figure 2 has following constants R₁ = 1.5k km2, C₁ = 0.4 µF, R₂ = 3k2 and C₁ = 0.4 µF at frequency 1 kHz. Calculate the unknown resistance (R) and capacitance (Cx) of the bridge circuit and dissipation factor. A.C. supply 1 Hz (10 Marks) (Total 15 Marks) ww Detector www ww0000 www Figure 2 Detector