If R=200 2, L=3 H, determine the individual contribution each voltage source makes to the nodal voltage v1(t) as represented in the following figure (1) all R 3 cos (100t + 80°)V 2 cos 80f V Oa. 1.664...

If R=200 2, L=3 H, determine the individual contribution each voltage source makes to the nodal voltage v1(t) as represented in the following figure<br>(1)<br>all<br>R<br>3 cos (100t + 80°)V<br>2 cos 80f V<br>Oa. 1.664 cos(100t + 23.69 ) + 1.536 cos(80t+ 39.806 *) V<br>Ob. 1.764 cos(100t + 28.69 ) + 1.536 cos(80t+ 39.806 *) V<br>Oc. 1.764 cos(100t + 28.69 *) + 1.636 cos(80t+ 44.806 *) V<br>Od. 1.664 cos(100t - 23.69 ) + 1.636 cos(80t+ 44.806 *) V<br>

Extracted text: If R=200 2, L=3 H, determine the individual contribution each voltage source makes to the nodal voltage v1(t) as represented in the following figure (1) all R 3 cos (100t + 80°)V 2 cos 80f V Oa. 1.664 cos(100t + 23.69 ) + 1.536 cos(80t+ 39.806 *) V Ob. 1.764 cos(100t + 28.69 ) + 1.536 cos(80t+ 39.806 *) V Oc. 1.764 cos(100t + 28.69 *) + 1.636 cos(80t+ 44.806 *) V Od. 1.664 cos(100t - 23.69 ) + 1.636 cos(80t+ 44.806 *) V

Jun 11, 2022

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If R=200 2, L=3 H, determine the individual contribution each voltage source makes to the nodal voltage v1(t) as represented in the following figure (1) all R 3 cos (100t + 80°)V 2 cos 80f V Oa. 1.664...

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