(Solved): V=24V. Reduce Circuit to 1 resistor= equivalent resistance of the circuit. \begin{tabular}{|l ...

$$V=24\mathrm{V}$$. Reduce Circuit to 1 resistor= equivalent resistance of the circuit. \begin{tabular}{|l|l|l|l|} \hline Resistor $$($$ ohm $$)$$ & Current $$(\mathrm{A})$$ & Voltage Drop $$(\mathrm{V})$$ & Power(W) \\ \hline $$\mathrm{R}1=$$ & $$\mathrm{I}=$$ & $$\mathrm{V}1=$$ & $$\mathrm{P}1=$$ \\ \hline $$\mathrm{R}2=$$ & $$\mathrm{I}=$$ & $$\mathrm{V}2=$$ & $$\mathrm{P}2=$$ \\ \hline $$\mathrm{R}3=$$ & $$\mathrm{I}=$$ & $$\mathrm{V}3=$$ & $$\mathrm{P}3=$$ \\ \hline $$\mathrm{R}4=$$ & $$\mathrm{I}=$$ & $$\mathrm{V}4=$$ & $$\mathrm{P}4=$$ \\ \hline $$\mathrm{R}5=$$ & $$\mathrm{I}=$$ & $$\mathrm{V}5=$$ & $$\mathrm{P}5=$$ \\ \hline $$\mathrm{R}6=$$ & $$\mathrm{I}=$$ & $$\mathrm{V}6=$$ & $$\mathrm{P}6=$$ \\ \hline $$\mathrm{R}7=$$ & $$\mathrm{I}=$$ & $$\mathrm{V}7=$$ & $$\mathrm{P}7=$$ \\ \hline \end{tabular}