Calculate the exact integration result using matlab


The work done (in Joule) to compress the piston shown in the figure is defined as:

W= s0snP(s)Ads

Where, Pressure, P(s) = k1 s + k2
Area, A = πr2

Radius, r = 5 x 10-2 m

k1 = 5 x 105 Nm-3

k2 = 105 Nm-2

s0 = 0 m
s1 = 5 x 10-2 m

1936_Calculate the exact integration result using Matlab.png

Now answer the following questions using Matlab:

Create a function file called trap_abc123.m that (i) takes an input argument n, (ii) calculate the work done by integration using n segment trapezoidal rule and (iii) return the resulting work done.(Note: abc123 is your respective ID)

Create a source file called exam_abc123.m that calls the function for n = 1, n = 11, n = 21, n = 31, n = 41 and n = 51

Calculate the exact integration result using Matlab symbolic tools and calculate the errors in calculating work done for n = 1, n = 11, n = 21, n = 31, n = 41 and n = 51

Plot the work done versus n and error versus n

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Mechanical Engineering: Calculate the exact integration result using matlab
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