Part $1-$ Resistor Monster Maze $(10$ points$)$

The diagram shows a circuit with multiple resistors and batteries.

Let every resistor have a value of $\backslash (300\backslash$Omega $\backslash ),$ and every battery have a value of $7\mathrm{.}5$ Volts.

a$.$ What is the magnitude of electric potential difference across the indicated resistor? $-($Justify your answer, Show work $\backslash$& Calculations!$)$

b$.$ What will be the magnitude of current passing through the indicated resistor? $-($Justify your answer, Show work $\backslash$& Calculations!$)$

c$.$ What is the direction of current $($Up or Down$)$ through the indicated resistor? $-($Justify your answer, Show work $\backslash$& Calculations!$)$

d$.$ At what rate is the indicated resistor dissipating energy?

$-($Justify your answer, Show work $\backslash$& Calculations!$)$

Hint: O NOT attempt to combine resistors into equivalent values $\backslash$& DO NOT attempt to set up equations for multiple loops. Part $2-$ Capacitor Monster Maze $(10$ points$)$

The diagram shows a circuit with multiple capacitors and batteries.

Let every capacitor have a value of $\backslash (350\backslash$mu $\backslash$mathrm$\{$~F$\}\backslash ),$ and every battery have a value of $50$ Volts.

a$.$ What is the magnitude of electric potential difference across the indicated capacitor?

$-($Justify your answer, Show work $\backslash$& Calculations!$)$

b$.$ What will be the magnitude of electric charge stored on the indicated capacitor?

$-($Justify your answer, Show work $\backslash$& Calculations!$)$

c$.$ What is the energy stored on the indicated capacitor?

$-($Justify your answer, Show work $\backslash$& Calculations!$)$

Hint: DO NOT attempt to combine capacitors into equivalent values $\backslash$& DO NOT attempt to set up equations for multiple loops.