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Apply the Midpoint and Traperold Rules to the following integral Make a table showing the approximations and errors for 48, 16, and 32. The exact value of the ntegral g for computing the enointegrate Ex * e ^ (- 2x) dx from 0 to 1/2 = 3(1 - e ^ - 5) = 2.9f(t) * 6Complete the following tableCrpe brogers or decimals Round to four decimals places as needed)T(-)Absolute Error in Mn)Absolute Error in T(x)

Question

Apply the Midpoint and Traperold Rules to the following integral Make a table showing the approximations and errors for 48, 16, and 32. The exact value of the ntegral g for computing the enointegrate Ex * e ^ (- 2x) dx from 0 to 1/2 = 3(1 - e ^ - 5) = 2.9f(t) * 6Complete the following tableCrpe brogers or decimals Round to four decimals places as needed)T(-)Absolute Error in Mn)Absolute Error in T(x)

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Solution

I'm sorry, but your question seems to be a bit jumbled and unclear. It appears you're asking for help with applying the Midpoint and Trapezoid Rules to an integral, and then calculating the absolute error for different values. However, the integral itself and the values you want to use are not clearly stated. Could you please provide more details or clarify your question?

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