NOTE: We do not normally assign an fprintf to a variable. However, here we need to in order for Matlab Grader to grade your work and compare your answer to the solution. For the purposes of this class, please do not assign fprintf commands to variables outside of Matlab Grader. Code has already been provided to define the following variables:

ResistorValues is a ten element row vector that contains the resistance values of ten resistors with integer values randomly assigned between $300$ and $1300$ ohms.

Series$\_$or$\_$Parallel is a character vector that is equal to $\text{'}$S$\text{'}$ to indicate a series connection, $\text{'}$P$\text{'}$ to indicate a parallel connection, or a different erroneous value, $\text{'}$A$\text{'}.$

Add code below what is already provided 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 scalar value that is the equivalent resistance of the circuit and assign that value to the variable EquivResistance.

At the end of your code, please use the fprintf command to output the equivalent resistance. Assign the fprintf to the variable output$\_$resist. The fprintf text must be as follows: 'The equivalent resistance is XXX ohms.$\text{'},$ where XXX represents the integer value of the equivalent resistance. Please be sure to include the period at the end and no

$.$ Do not use any special formatting operators. Only use the $\%$ and the conversion character in place of the XXX$.$

Use a switch$-$case$-$otherwise$-$end structure in your solution.

Do not overwrite Series$\_$or$\_$Parallel or ResistorValues in your code. If the entered is erroneous, please assign a value of $0$ to EquivResistance and use disp to output that there was 'Invalid Input.$\text{'}$

ResistorValues $=$ randi$([300,1300],1,10)$;

disp$(\text{'}$The resistor values are:$\text{'})$

disp$($ResistorValues$)\%$ This is just for your knowledge as a check when testing

pickOne $=$ randi$(3)$;

if pickOne $==1$

Series$\_$or$\_$Parallel $=\text{'}$S$\text{'}$; $\%$ for series

disp$(\text{'}$The circuit'$\text{'}$s resistors are connected in series.$\text{'})\%$ for your knowledge when testing

elseif pickOne $==2$

Series$\_$or$\_$Parallel $=\text{'}$P$\text{'}$; $\%$ for parallel

disp$(\text{'}$The circuit'$\text{'}$s resistors are connected in parallel.$\text{'})\%$ for your knowledge when testing

else

Series$\_$or$\_$Parallel $=\text{'}$A$\text{'}$; $\%$ for an erroneous value

disp$(\text{'}$An erroneous value was entered.$\text{'})\%$ for your knowledge when testing

end

$\%$Enter the code to solve the problme below this line.