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Science · Advanced Physics
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1. The voltage 8.00 sin 400t is applied to a series RLCcircuit, with R 3200 L 30.100 H, and 1.00 HF. What are the impedance 2 and the phase angle 8 ANS: 2 470 Q -85.40 2. Determine the rms voltage for the circuit S 1 H V 110 sin (500 t) 1 uF ANS: 99 V (ms) 3. Determine the impedance for the circuit S 1 H V 110 sin (500 t) ANS: 1 800 Q 4. Determine the rms current for the circuit S 1 H V 110 sin (500 t) ANS: 55 mAI'm really struggling with number four. I'm familiar with how to find my rms value for my voltage. 140 squared, divided by two, and then square rooted. I'm also familiar with an equation to find current I(t)= ((Vmax)/(R))sinwt <--- with w being my angular acceleration I just can't come up with the correct answer. Basically, I need help connecting the concepts and solving.

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