Create a Python function “PolarToCartesian” that allows the user to convert from polar form to Cartesian form and vice versa. The function should print the result of conversion. Write a main code in which the user should choose the conversion he/she wants, then he/she should enter the number (real part and imaginary part if the input number is Cartesian, magnitude and phase if the input number is Polar) You can import ‘numpy’ for trigonometric functions and square root calculations, and you can import ‘math’ for math.pi number.
Create a Python function “PolarToCartesian” that allows the user to convert from polar form to Cartesian form and vice versa. The function should print the result of conversion. Write a main code in which the user should choose the conversion he/she wants, then he/she should enter the number (real part and imaginary part if the input number is Cartesian, magnitude and phase if the input number is Polar) You can import ‘numpy’ for trigonometric functions and square root calculations, and you can import ‘math’ for math.pi number.
Computer Networking: A Top-Down Approach (7th Edition)
7th Edition
ISBN:9780133594140
Author:James Kurose, Keith Ross
Publisher:James Kurose, Keith Ross
Chapter1: Computer Networks And The Internet
Section: Chapter Questions
Problem R1RQ: What is the difference between a host and an end system? List several different types of end...
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Create a Python function “PolarToCartesian” that allows the user to convert from polar form to Cartesian form and vice versa. The function should print the result of conversion.
Write a main code in which the user should choose the conversion he/she wants, then he/she should enter the number (real part and imaginary part if the input number is Cartesian, magnitude and phase if the input number is Polar)
You can import ‘numpy’ for trigonometric functions and square root calculations, and you can import ‘math’ for math.pi number.
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