1923 v() 1) [12pts) The circuit in the figure is driven by the source v(t) cycling at 159Hz with a maximum value of 20 v

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1923 v() 1) [12pts) The circuit in the figure is driven by the source v(t) cycling at 159Hz with a maximum value of 20 v

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1923 V 1 12pts The Circuit In The Figure Is Driven By The Source V T Cycling At 159hz With A Maximum Value Of 20 V 1
1923 V 1 12pts The Circuit In The Figure Is Driven By The Source V T Cycling At 159hz With A Maximum Value Of 20 V 1 (50.25 KiB) Viewed 49 times
1923 v() 1) [12pts) The circuit in the figure is driven by the source v(t) cycling at 159Hz with a maximum value of 20 volts and value of 10 volts at time zero. 1 mH 222 0001 W a] Write the full (trigonometric) functional form for the source including all known/given values. 500F b] Using Euler's Identity, write the source in exponential form. (Be careful to write the EXACT/FULL equivalent form) c) Calculate the impedance of the capacitor and the inductor (leave these as imaginary rectangular numbers). You should round your answers. d] Calculate the total equivalent impedance across the circuit and express the result as a single, rationalized imaginary rectangular number (I MUST see the individual terms written in the form of an equation and any algebra leading to the result...do not use your TI in this part). e] Transform the imaginary rectangular result from part (d) to polar form. I MUST see the transformation equations you use with substituted values. Use your calculator to perform calculations, but do not simply write a result obtained from transforming on the TI. f] Calculate the total current in the circuit. Express this in polar form.
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