Problem 2: The model of the Skydiver was derived in class as: dv g dt m...

 

 

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Problem 2: The model of the Skydiver was derived in class as: dv g dt m The exact solution of the expression is gm v(t) = m[1 em] where g = 9.81 m/s, c = 12.5 kg/s, and m = 68.1 kg. a) Compute the Exact solution b) Use Euler's Method to derive an approximate solution for the skydiver's velocity c) Solve for the approximate solution of the skydiver's velocity at 8 seconds. Use a At = 2. Create a Table to insert the following values: At vTrue vApprox d) Compute the True Percent Error and Approximated Percent Error for the values in the Table Problem 2: The model of the Skydiver was derived in class as: dv g dt m The exact solution of the expression is gm v(t) = m[1 em] where g = 9.81 m/s, c = 12.5 kg/s, and m = 68.1 kg. a) Compute the Exact solution b) Use Euler's Method to derive an approximate solution for the skydiver's velocity c) Solve for the approximate solution of the skydiver's velocity at 8 seconds. Use a At = 2. Create a Table to insert the following values: At vTrue vApprox d) Compute the True Percent Error and Approximated Percent Error for the values in the Table