Business Applications

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To demonstrate operator overloading, we'll define type ComplexNumber. Complex numbers have the form realPart + imaginaryPart * i where i is V-1. Like integers and floating-point numbers, complex numbers are arithmetic types that are commonly used in calculations. In this program, you are going to define a new class called ComplexNumber and it contains two data fields real & imaginary. Both fields have double data formats Class Complex Test demonstrate the overloaded ComplexNumber operators +, -, *and /. You job for this assignment is to construct a class named ComplexNumber, which will have all the overloaded operators implemented. Also, you need to implement how to print a complex number as the format above. Below is an output example when run the program. Enter the real part of complex number x: 2 Enter the imaginary part of complex number x: 4 Enter the real part of complex number y: 4 Enter the imaginary part of complex number y: -2 |(2 + 4i) + (4 - 2i) = (6 + 2i) |(2 + 4i) (4 2i) = (-2 + 6i) |(2 + 4i) * (4 2i) (16 + 12i) |(2 + 4i) * (4 - 2i) = (0 + 1i)