Drawing Phasor Representation for v(t)=20cos(200t+45°)+cos(200t)

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To draw the phasor representation for the signal v(t) = 20cos(200t+45°)+cos(200t), each cosine wave must be represented as a phasor in the form A∠φ. The first step is to convert the time-domain signals into the frequency domain. After drawing the individual phasors, they can be added together to express v(t) as a single sinusoid in the form A sin(ωt + φ). This process involves determining the amplitude and phase of the combined signal. The discussion emphasizes the importance of converting and combining the components accurately.
noppawit
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Draw the phasor representation for each of the following signals. Also write the signal as one sinusoid, v(t) = 20cos(200t+45°)+cos(200t)

From this equation, do I have to turn to v(t) = A sin (ωt + φ) ? If yes, how can I convert it?

Thank you.
 
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I think its asking to first draw the phasors for each one of the cosine waves in v(t). Then add the cosine waves together and write the equation for v(t) as a single sinusoid in the form you listed: A sin (ωt + φ). When drawing the phasors you'll probably want to convert each part of the signal from the time-domain to frequency domain, A∠φ. Hope that helps.
 

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