Write a program that finds the equivalent series and parallel resistance for a collection of resistor values. Your program should scan first the number of resistors and then the resistor values. Then compute the equivalent series resistance for all resistors in the collection and also the equivalent parallel resistance. For example, if there are three resistor 100, 200, and 300 ohms, respectively, their equivalent series resistance is 100 + 200 + 300 and their equivalent parallel resistance is

After your program works for a single collection of resistors, modify it so it can process several collections of resistors in a single run. Use a sentinel value of 0 (zero resistor in collection) to signal the end of the program data. 

C. C:\Windows\system32\cmd.exe Please enter nunber of resistors in the collection > 3 Enter the resistors value: 100 200 300 The ir equivalent series resistance is 680.000000 The ir equivalent parallel resistance is 54.545455 Please enter number of resistors in the collection > 2 Enter the resistors value: 10 20 Their equivalent series resistance is 30.000000 The ir equivalent parallel resistance is 6.666667 Please enter nunber of resistors in the collection > 4 Enter the resistors value: 2 2 The ir equivalent series resistance is 8.000000 The ir equivalent parallel resistance is 0.500000 Please enter number of resistors in the collection > 0 Press any key to continue .