Three equal resistors $($R$)$ are connected to a battery as shown

What happens to the current flow through each resistor, when the switch S is opened, after having been closed for a long time? $$

IR$,$left increases

$.$IR$,$left decreases

$.$IR$,$left remains the same.

IR$,$left goes to $0.$

IR$,$middleincreases.

I$\_($R$),$middledecreases.

I$\_($R$),$middleremains the same.

I$\_($R$,$ middlegoes to $0.)$

Request Answer

Part F

I$\_($R$,$right increases. $)$

IR$,$right decreases.

IR$,$right remains the same.

I$\_($R$,$right goes to $0)0$

Part G

What happens to the terminal voltage of the battery, when the switch S is opened, after having been closed for a long time?

The terminal voltage increases.

The terminal voltage decreases.

The terminal voltage remains the same.

The terminal voltage goes to zero.

Part H

If the emf of the battery is $8\mathrm{.}0$ V $,$ what is its terminal voltage when the switch is closed if the internal resistance r is $0\mathrm{.}58\backslash$Omega and R$=6\mathrm{.}20\backslash$Omega $?$

Express your answer in volts.

Part I

What is the terminal voltage when the switch is open?

Express your answer in volts.