4. Create a triple-nested loop in MATLAB that will vary each of the three resistors in the range 100 and compute every possible combination of the resistors. From these data, find the worst- case scenario (specifically, which resistance values yield the min and max values of RTh and which set of resistor values produces the RTh furthest away from the nominal value). Perform this check for 100 values of each resistor (Each loop will execute 100 times). This will result in 1003 sets of resistors that should be evaluated. 5. Research and find on the internet the precision of the used HH DMM (Grey: HP E2373A, Flat: Mastech MS8216 DMM and Green: Mastech 8217) and HP Impedance Analyzer (HP 4192A), when measuring resistances and voltages. 4. Create a triple-nested loop in MATLAB that will vary each of the three resistors in the range 100 and compute every possible combination of the resistors. From these data, find the worst- case scenario (specifically, which resistance values yield the min and max values of RTh and which set of resistor values produces the RTh furthest away from the nominal value). Perform this check for 100 values of each resistor (Each loop will execute 100 times). This will result in 1003 sets of resistors that should be evaluated. 5. Research and find on the internet the precision of the used HH DMM (Grey: HP E2373A, Flat: Mastech MS8216 DMM and Green: Mastech 8217) and HP Impedance Analyzer (HP 4192A), when measuring resistances and voltages