If a current of 4.5 amperes exists, what is the impedance of a circuit having a voltage of 110 volts across it? Express the answer to the nearer hundredth. $$\begin{aligned}
Z = \frac { E } { I } \quad \text { where } & Z = \text { impedance in ohms } \
& E = \text { voltage in volts } \
I & = \text { current in amperes }
\end{aligned}$$

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The Answer of If a current of 4.5 amperes exists, what is the impedance of a circuit having a voltage of 110 volts across it? Express the answer to the nearer hundredth. $$\begin{aligned}
Z = \frac { E } { I } \quad \text { where } & Z = \text { impedance in ohms } \
& E = \text { voltage in volts } \
I & = \text { current in amperes }
\end{aligned}$$

If a Current of 4