In the figure- Z1-10- -60- Z2-10- 60- Z3-50- 53-13- Thevenin-s impedance seen from X-Y is

By Thevenin's theorem, Z_Th=Z_X Y=Z_1 || Z_2+Z_3 nbsp; nbsp; nbsp; nbsp; nbsp; =Z_1× Z_2(Z_1+Z_2)+Z_3 nbsp; nbsp; nbsp; nbsp; =10 ...

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Resonance

In the figure...

Question

In the figure, $Z_{1} = 10 ∠ - 60^{\circ}$ , $Z_{2} = 10 ∠ 60^{\circ}$ , $Z_{3} = 50 ∠ {53.13}^{\circ}$ . Thevenin's impedance seen from X-Y is

56.66 ∠ 45^{\circ}

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60 ∠ 30^{\circ}

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70 ∠ 30^{\circ}

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34.4 ∠ 65^{\circ}

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Solution

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