Numerical Analysis of Engineering Systems GMI 132E HW Assignment #2, 2021-22 Spring In our first class, we had developed

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Numerical Analysis of Engineering Systems GMI 132E HW Assignment #2, 2021-22 Spring In our first class, we had developed

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Numerical Analysis Of Engineering Systems Gmi 132e Hw Assignment 2 2021 22 Spring In Our First Class We Had Developed 1
Numerical Analysis Of Engineering Systems Gmi 132e Hw Assignment 2 2021 22 Spring In Our First Class We Had Developed 1 (41.12 KiB) Viewed 40 times
Numerical Analysis of Engineering Systems GMI 132E HW Assignment #2, 2021-22 Spring In our first class, we had developed a numerical method (Forward Euler Method) to numerically solve the problem of free falling. What we did was to linearize the air resistance (Fu = k*V). Solve the same problem using a quadratic air resistance (Fu = k*v2). Use the forward Euler method. Repeat your calculations until the terminal velocity is reached. This means that the velocity should stay constant between iterations. You can choose the time step (At) yourselves. Remember that if you cannot reach the terminal velocity, your time step may be not appropriate. Use the following variables: v(0) - 0 m/sn g=9.81 m/sn 2 m = 68.1 kg c-0.25 kg/m k-C/m Some remarks: You will upload a pdf that shows all of the calculation and formulation steps in your solution. Any suspicion on cheating results in the homework not being considered.
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