A 100 V cosinus voltage source v(t) is feeding an RLC-network with power as shown in the figure. i;(t) L = 1 H vslt) = 100cos(10t + 20°) V R = 2 0 C = 0.25 F Determine the root-mean-square (RMS)...

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A 100 V cosinus voltage source v(t) is feeding an RLC-network with power as shown in the figure.<br>i;(t)<br>L = 1 H<br>vslt) = 100cos(10t + 20°) V<br>R = 2 0<br>C = 0.25 F<br>Determine the root-mean-square (RMS) voltage of the source Vs(t).<br>O a.<br>200 V<br>Ob.<br>10 V<br>O c. 20 V<br>O d. 70.71 V<br>Oe.<br>100 V<br>Of.<br>50 V<br>Og.<br>None of the other answers<br>O h.<br>141.42 V<br>

Extracted text: A 100 V cosinus voltage source v(t) is feeding an RLC-network with power as shown in the figure. i;(t) L = 1 H vslt) = 100cos(10t + 20°) V R = 2 0 C = 0.25 F Determine the root-mean-square (RMS) voltage of the source Vs(t). O a. 200 V Ob. 10 V O c. 20 V O d. 70.71 V Oe. 100 V Of. 50 V Og. None of the other answers O h. 141.42 V

Jun 11, 2022

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A 100 V cosinus voltage source v(t) is feeding an RLC-network with power as shown in the figure. i;(t) L = 1 H vslt) = 100cos(10t + 20°) V R = 2 0 C = 0.25 F Determine the root-mean-square (RMS)...

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