given instruction step by $$step on $$how to $$build this circuit on $$breadboard and where to $$connect the multimeters and the ammeter to $$test the voltages and the current, please provide some diagram of the circuit or pictures for better understand of how the circuit should be built on the breadboard.

Part III $-$ Circuit Implement and Measurements

In this part of Lab $2,$ we will build the circuit and take measurement to verify KVL and KCL$.$

Build the following circuit on Breadboard with R$1=2\mathrm{.}2$kOmega,R$2=1$kOmega,R$3=4\mathrm{.}7$kOmega,Vs$=9$V$.$

Verify the resistance of the resistors using the ohmmeter $($digital multimeter$)$ before you put

them in the circuit. Include a photo of vour final circuit.

Use the voltmeter and ammeter of a digital multimeter to measure V$1,$ V$2,$ V$3,$ and I $($current

through R$1,$ R$2,$ and R$3).$ Include photos of your meter hook ups for each of the measurements.

Analyze your measurement using the original KVL equation and Ohm $\text{'}$s law equations you

derived from part I. What conclusion can you draw from your measurements?

Build the following circuit on a breadboard with R$1=2\mathrm{.}2$kOmega,R$2=1$kOmega,R$3=4\mathrm{.}7$kOmega,Vs$=9$V$.$

Verify the resistance of the resistors using the ohmmeter $($digital multimeter$)$ before you put

them in the circuit. Include a photo of your final circuit.

Use the voltmeter and ammeter of a digital multimeter to measure I$1,$ I$2,$ I$3,$ and V $($voltage

across R$1,$ R$2,$ and R$3).$ Include photos of your digital multimeter hook ups for each of the

measurements.

Analyze your measurement using the original KCL equation and Ohm's law equations you

derived from part I. What conclusion can you draw from your measurements?