1. in each of the equlibrium derive an analytic solution for the problem. 2. use

Question

1. in each of the equlibrium derive an analytic solution for the problem.

2. use MATLAB to generate drawing of the surface and volumes, Label all components.

3. Write a MATLAB program for the solution.

4. compare the MATLAB result to the analytic solution.

5. write a brief report.Title page, copy of the code , the analytic solution etc.

Problem 1:

The surface r = 0 and r = 2, ? = 45 degree, ? = 90 degree , 0 = 45 and 0 = 90 degree define a closed surface. find the enclosed volume and the area of the closed surface S. Write MATLAB program to verify your answer.

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