PLEASE PLEASE be specific and help me by showing me in Multisim $-$ I need to be very detailed

Part $3$: Design Amplifier Circuit for Maximum $/$ Minimum Output Voltage

We'd like to design the circuit so it can provide voltages between the $-4$ Volts and $4$ Volts provided by ADALM$2$K$.$

Design a closed$-$loop Op$-$Amp circuit to amplify Vout between $-4$ Volts and $4$ Volts using the maximum and minimum Vout voltages found in Part $2.$

You can use multiple Op$-$Amps if you'd like although it is not necessary. Note Vout is a differential voltage and it's refence node is not $0$ V ground $($earth ground$).$

$8.$ Show calculations and expressions for your amplifier design.

$9.$ Verify your design in simulation $($Multisim$)$

$($a$)$ First, perform a DC sweep of an DC input voltage connected to the amplifier. Select DC sweep parameters so the input voltage sweeps between the maximum and minimum Vout voltages found in Part $2.$ Show that you have the desired amplifier output voltages $\backslash (-4\backslash$leq V$\_\{$o u t$,$ a m p$\}\backslash$leq $4\backslash ).$

$($b$)$ Second, show that you have the desired amplifier output voltages $\backslash (-4\backslash$leq V$\_\{\backslash$text $\{$out$,$ amp $\}\}\backslash$leq $4\backslash )$ when connected to Wheatstone bridge. Show screenshots $/$ videos.

$1.$ Verify your design in hardware. Show that you have the desired amplifier output voltages $$when connected to Wheatstone bridge. Show screenshots $/$ videos.