Select the expressions that will be equal to the voltage of the battery in the circuit, where $$VA$$VA$,$ for example, is the potential drop across resistor A$.$

Select all that apply.

View Available Hint$($s$)$for Part A

Hint $1$for Part A$.$ Kirchhoff's voltage rule for closed circuit loops

Kirchhoff$$s loop rule states that in any closed circuit loop, the voltage supplied by a battery must be used by the devices in the loop. Therefore, the voltage drop across all of the resistors in a single closed circuit loop must add up to the voltage of the battery. Carefully identify all of the closed loops in this circuit.

$$VA$+$VB$$VA$+$VB$$VA$+$VC$$VA$+$VC$$VB$+$VC$$VB$+$VC$$VA$+$VB$+$VC$$VA$+$VB$+$VC$$VA$+$VB$+$VC$+$VD$$VA$+$VB$+$VC$+$VD$$VA$+$VD$$VA$+$VD$$VD