1) Set the complex number according to the parameters such as realPart = real; imaginaryPart = imag Design a constructor no-argument to initialize the complex number Design a constructor to initialize the complex number according to the parameters Overload the operators subtraction and addition this class as member functions. Overload the operator = = to check two complex numbers are the same. Use the friend function for the operators << and >>. For those functions, use the below function definition. 2) 1) Write the definitions of the class complexType. 2) Write a test program that implementing the operators in the class complexType. a) Create a complex number with the real and imaginary part values as 5 and 6, respectively. Let’s assume the object as ‘num1’ in the below output example b) Create a default complex number. c) Design a code to prompt a user for the real and imaginary values from the default object. d) Use the operators +, - and display their results. e) Use the operator = = to check whether the complex numbers are the same and display the appropriate statements like the sample output using operator overloading.
1) Set the complex number according to the parameters such as realPart = real; imaginaryPart = imag
Design a constructor no-argument to initialize the complex number
Design a constructor to initialize the complex number according to the parameters
Overload the operators subtraction and addition this class as member functions.
Overload the operator = = to check two complex numbers are the same.
Use the friend function for the operators << and >>. For those functions, use the below function definition.
2) 1) Write the definitions of the class complexType.
2) Write a test program that implementing the operators in the class complexType.
a) Create a complex number with the real and imaginary part values as 5 and 6, respectively. Let’s assume the object as ‘num1’ in the below output example
b) Create a default complex number.
c) Design a code to prompt a user for the real and imaginary values from the default object.
d) Use the operators +, - and display their results.
e) Use the operator = = to check whether the complex numbers are the same and display the appropriate statements like the sample output using operator overloading.
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