2) Implement a complex number object having multiply, divide, add, and subtract operations via the definitions:...

  

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2) Implement a complex number object having multiply, divide, add, and subtract operations via the definitions: (a+b) +(x+y) = (a+x)+(b+y), (a+b)-(x+y) (a-x)+(b-y), (a+b)* (x+y) = (a*x-b*y) + (a*y+b*x). (a+b)/(x+y) = ((a+b)*(x-y))/(x+y) Prove that your object functions correctly via a stub program. 2) Implement a complex number object having multiply, divide, add, and subtract operations via the definitions: (a+b) +(x+y) = (a+x)+(b+y), (a+b)-(x+y) (a-x)+(b-y), (a+b)* (x+y) = (a*x-b*y) + (a*y+b*x). (a+b)/(x+y) = ((a+b)*(x-y))/(x+y) Prove that your object functions correctly via a stub program.

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Heres an implementation of a complex number object in Python that supports the operations of additio... View the full answer