Write a single C++ program that implements BOTH of the following:

1. Create an ASCII Art representation of a simple parallel circuit using cout and proper formatting statements, similar to the circuit shown below, with the following components:

Supply Voltage (V_S) = 12 V_DC, R₁, R₂, R₃

2. Write a program that uses Ohms law (V = I * R, where V is the voltage in volts, I is the current in amps, and R is the resistance in Ohms) to solve a basic 3-resistors parallel or series circuit problem with a fixed DC voltage source rated at 12 V_DC.

First, your program should display a brief description of its operation and then ask the user to choose either a single source 3-resistors series circuit or a parallel circuit with the same specs.

Next, program prompts the user for the resistance values R₁, R₂, R₃ and then computes and displays the voltage values across these resistors, the currents through each, and the total current supplied by the voltage source. Finally, program will calculate the total power supplied by the voltage source using the P = V * I, and the equivalent resistance as seen by the voltage source. You should use cout and cin for the output and input, respectively. Display the results in floating point format with a field width of 10 characters, three decimal point digits, and right justified.

Use a while and switch structure to analyze each circuit based on that circuits component values. Within the switch, prompt the user to enter the appropriate data your program needs to calculate the voltages, currents, and total power based on that circuit resistor values.

Sample Output:

Select from the following circuit types:

Three-resistors Parallel Circuit

Three-resistors Series Circuit

Quit Program

Enter Your Choice: 1

Three-resistors Parallel Circuit Selected

Enter value for R₁ in Ohms: 4700

Enter value for R₂ in Ohms: 6800

Enter value for R₃ in Ohms: 8200

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Voltage across R₁ = 12 V_DC

Voltage across R₂ = 12 V_DC

Voltage across R₃ = 12 V_DC

Current through R₁ = 2.553 mA

Current through R₂ = 1.765 mA

Current through R₃ = 1.463 mA

Total Source Current = 5.781 mA

Total power = 69.372 mW

Equivalent Resistance = 2075.765 Ohms

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Would you like to do another circuit analysis? (Y/N):

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Formulas and steps to analyze the parallel or series circuits

Parallel Circuit

Step 1 R_T = 1 / ( (1/R₁) + (1/R₂) + (1/R₃) ); //Parallel circuit Equivalent Resistance

Step 2 I_S = V_S R_T;

Step 3 V_R1 = V_R2 = V_R3 = V_S;

Step 4 I_R1 = V_S / R₁;

Step 5 I_R2 = V_S / R₂;

Step 6 I_R3 = V_S / R₃;

Step 7 P_T = V_S * I_S;

Series Circuit

Step 1 R_T = R₁ + R₂ + R₃; //Series circuit Equivalent Resistance

Step 2 I_S = V_S / R_T;

Step 3 I_R1 = I_R2 = I_R3 = I_S;

Step 4 V_R1 = I_S * R₁;

Step 5 V_R2 = I_S * R₂;

Step 6 V_R3 = I_S * R₃;

Step 7 P_T = V_S * I_S;

Please make sure to include series calculations as well, thank you.