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5. Draw the phasor diagram for the circuit, noting that the voltage, not the current, is common to all three components since it is a parallel circuit. Be sure to label each of the three phasors, and put each current in the right position with a fixed voltage. 6. Calculate the impedance Z for this circuit. Remember that you need to use the AC version of Ohm's law appropriately, since the current is common. frac{1}{Z}=sqrt{(frac{1}{R})^{2}+(frac{1}{X_{L}}-frac{1}{X_{C}})^{2}}

          5. Draw the phasor diagram for the circuit, noting that the voltage, not the current, is common
to all three components since it is a parallel circuit. Be sure to label each of the three
phasors, and put each current in the right position with a fixed voltage.

6. Calculate the impedance Z for this circuit. Remember that you need to use the AC version
of Ohm's law appropriately, since the current is common.

frac{1}{Z}=sqrt{(frac{1}{R})^{2}+(frac{1}{X_{L}}-frac{1}{X_{C}})^{2}}

$5. Draw the phasor diagram for the circuit, noting that the voltage, not the current, is common to all three components since it is a parallel circuit. Be sure to label each of the three phasors, and put each current in the right position with a fixed voltage. 6. Calculate the impedance Z for this circuit. Remember that you need to use the AC version of Ohm's law appropriately, since the current is common. frac1Z=sqrt(frac1R)^2+(frac1XL-frac1XC)^2$

Added by Lindsey B.

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