The circuit diagram below shows resistors connected in series The equivalent res

Question

The circuit diagram below shows resistors connected in series The equivalent resistance for n resistors connected in series is given by: R_equiv = sigma_i^n R_i The test suite workspace includes three resistance variables Resistor1, Resistor2, and Resistor3. Write commands to compute the equivalent resistance of the four possible series connections of two or three of these resistors and assign the results to the indicated variables as follows: Compute the equivalent resistance of Resistor1 and resistor2 connected in series and assign the result to a variable named EquivResistance12 Compute the equivalent resistance of Resistor1 and Resistor3 and connected in series and assign the result to a variable named EquivResistance13 Compute the equivalent resistance of Resistor2 and Resistor3 connected in series and assign the result to a variable named EquivResistance23 Compute the equivalent resistance of Resistor1 and Resistor2 and Resistor3 connected in series and assign the result to a variable named EquivResistance123 Compute the equivalent resistance of Resistor1 and resistor2 connected in series and assign the result to a variable named EquivResistance12 Compute the equivalent resistance of Resistor1 and Resistor3 and connected in series and assign the result to a variable named EquivResistance13 Compute the equivalent resistance of Resistor2 and Resistor3 connected in series and assign the result to a variable named EquivResistance23 Compute the equivalent resistance of Resistor1 and Resistor2 and Resistor3 connected in series and assign the result to a variable named EquivResistance123 %enter commands in the space below to evaluate the expression and assign the result to the variable name given in the problem statement. Note the values of the variable Resistor1, Resistor2, and Resistor3 are defined in the test suite workspace. Be sure not to overwrite these values in your code.

Explanation / Answer

prompt = 'Enter the value of Resistor1 ';
Resistor1 = input(prompt)

prompt1 = 'Enter the value of Resistor2 ';
Resistor2 = input(prompt1)

prompt2 = 'Enter the value of Resistor3 ';
Resistor3 = input(prompt2)

EquivResistance12 = Resistor1 + Resistor2 ;
EquivResistance13 = Resistor2 + Resistor3 ;
EquivResistance23 = Resistor2 + Resistor3 ;
EquivResistance123 = Resistor1 + Resistor2 + Resistor3 ;

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