Represent V in polar notation, and find the time domain expression v(t) for the voltage when
the frequency is f = 60 Hz. $$\mathbf { V } = \frac { 45 \angle 150 ^ { \circ } + 35 \angle 80 ^ { \circ } } { 5 \angle 60 ^ { \circ } + 10 \angle - 15 ^ { \circ } }$$

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The Answer of Represent V in polar notation, and find the time domain expression v(t) for the voltage when
the frequency is f = 60 Hz. $$\mathbf { V } = \frac { 45 \angle 150 ^ { \circ } + 35 \angle 80 ^ { \circ } } { 5 \angle 60 ^ { \circ } + 10 \angle - 15 ^ { \circ } }$$

Represent V in Polar Notation, and Find the Time Domain V=45∠150∘+35∠80∘5∠60∘+10∠−15∘\mathbf { V } = \frac { 45 \angle 150 ^ { \circ } + 35 \angle 80 ^ { \circ } } { 5 \angle 60 ^ { \circ } + 10 \angle - 15 ^ { \circ } }V=5∠60∘+10∠−15∘45∠150∘+35∠80∘​

Represent V in Polar Notation, and Find the Time Domain $\mathbf { V } = \frac { 45 \angle 150 ^ { \circ } + 35 \angle 80 ^ { \circ } } { 5 \angle 60 ^ { \circ } + 10 \angle - 15 ^ { \circ } }$