The circuit diagram below shows resistors connected in series. owww... W R₁ R₂ Rn (image source: https://commons.wikimedia.org/wiki/File:Resistors_in_series.svg) The equivalent resistance for n resistors connected in series is given by: 77 Requiv == ΣR₁ R₁+R₂+ Σ R₁ = R₁ + R₂+ R3 + ... + Rn i Code has already been provided to create three variables containing resistor values: 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: B Compute the equivalent resistance of Resistorl and Resistor2 connected in series and assign the result to a variable named EquivResistance12. Compute the equivalent resistance of Resistorl and Resistor3 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 Resistorl and Resistor2 and Resistor3 connected in series and assign the result to a variable named EquivResistance123. I Note the values of the variables Resistor1, Resistor2, and Resistor3 are defined in lines 2-4. Be sure not to overwrite these values in your code. Script 1%Define resistor values 2 Resistor1 = 100; %ohms 3 Resistor2 = 333; %ohms 4 Resistor3 = 500; %ohms 5 Save C Reset MATLAB Documentation Open Problem in MATLAB Online ?