How do I input this into the given MATLAB script? Equivalent resistance calculator (if-elseif-else, vector operations) The

How do I input this into the given MATLAB script?

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Equivalent resistance calculator (if-elseif-else, vector operations) The circuit diagram below shows resistors connected in series. owwwww R₂ R₁ R₁ (image source: The equivalent resistance for n resistors connected in series is given by: Requi= R₁ = R₁ + R₂ + R₂ + ... + R₂ https://commons.wikimedia.org/wiki/File:Resistors_in_series.svg ) The next circuit diagram below shows resistors connected in parallel. R1 Requi R2 (image source: https://commons.wikimedia.org/wiki/File:Resistors in parallel.svg) The equivalent resistance for n resistors connected in parallel is given by: + ++ R₁ R₁ R₂ Rn R₂ Code has already been provided to define a function named ResistorFun that accepts two input variables defined as follows: 1. The variable ResistorValues is a vector of any length greater than or equal to 2 that contains the resistance values of two or more resistors. 2. The variable Series_or_Parallel is a single character variable that is equal to the text S or number 1 to indicate a series connection or the text P or number 2 to indicate a parallel connection. Add code to the function to use the appropriate formula (as described above) to compute the equivalent resistance of a simple resistive circuit consisting of only series-connected or parallel-connected resistors. Your code should compute a single scalar value that is the equivalent resistance of the circuit and assign that value to the function output variable EquivResistance. If the second input is not one of the specified options for series or parallel, then the function output should change to the message Second input invalid. Use and if-elseif-else structure in your solution. Note the variables ResistorValues and Series_or_Parallel are defined as inputs to the function. Do not overwrite these values in your code. Be sure to assign a value to the output variable EquivResistance. Function > 1 function EquivResistance = ResistorFun( ResistorValues, Series_or_Parallel ) 2 Enter the code for your function here. 3 if Series_or_Parallel == S || 4 5 elseif Series_or_Parallel == 6 EquivResistance = sum( EquivResistance = Second 7 else 8 9 end EquivResistance = sum(ResistorValues0; 10 11 end Save Code to call your function > C Reset 1 EquivResistance1 = ResistorFun ( [333 1000 500], S ) %test series case. 2 EquivResistance2 = ResistorFun ( [333 1000 500], 2) stest parallel case 3 EquivResistance3= ResistorFun ( [333 1000 5001, 3) %test invalid input case MATLAB Documentation C Reset Equivalent resistance calculator (if-elseif-else, vector operations) The circuit diagram below shows resistors connected in series. owwwww R₂ R₁ R₁ (image source: The equivalent resistance for n resistors connected in series is given by: Requi= R₁ = R₁ + R₂ + R₂ + ... + R₂ https://commons.wikimedia.org/wiki/File:Resistors_in_series.svg ) The next circuit diagram below shows resistors connected in parallel. R1 Requi R2 (image source: https://commons.wikimedia.org/wiki/File:Resistors in parallel.svg) The equivalent resistance for n resistors connected in parallel is given by: + ++ R₁ R₁ R₂ Rn R₂ Code has already been provided to define a function named ResistorFun that accepts two input variables defined as follows: 1. The variable ResistorValues is a vector of any length greater than or equal to 2 that contains the resistance values of two or more resistors. 2. The variable Series_or_Parallel is a single character variable that is equal to the text S or number 1 to indicate a series connection or the text P or number 2 to indicate a parallel connection. Add code to the function to use the appropriate formula (as described above) to compute the equivalent resistance of a simple resistive circuit consisting of only series-connected or parallel-connected resistors. Your code should compute a single scalar value that is the equivalent resistance of the circuit and assign that value to the function output variable EquivResistance. If the second input is not one of the specified options for series or parallel, then the function output should change to the message Second input invalid. Use and if-elseif-else structure in your solution. Note the variables ResistorValues and Series_or_Parallel are defined as inputs to the function. Do not overwrite these values in your code. Be sure to assign a value to the output variable EquivResistance. Function > 1 function EquivResistance = ResistorFun( ResistorValues, Series_or_Parallel ) 2 Enter the code for your function here. 3 if Series_or_Parallel == S || 4 5 elseif Series_or_Parallel == 6 EquivResistance = sum( EquivResistance = Second 7 else 8 9 end EquivResistance = sum(ResistorValues0; 10 11 end Save Code to call your function > C Reset 1 EquivResistance1 = ResistorFun ( [333 1000 500], S ) %test series case. 2 EquivResistance2 = ResistorFun ( [333 1000 500], 2) stest parallel case 3 EquivResistance3= ResistorFun ( [333 1000 5001, 3) %test invalid input case MATLAB Documentation C Reset

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How do I input this into the given MATLAB script Answer 1 The code to call the function can be input... View the full answer