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6 Nov 2022
Assume that an object with mass is dropped from a height and that the height of the object after seconds is:
where gravity = 32.17 /, the coefficient of air resistance = 0.25 − /, the mass is 200 lb, and the initial position = 300 feet. Find the time it takes for the jumper to hit the ground to within .01 seconds. Find the time using the four methods used in the course to date: bisection, fixed-point iteration, Newton's method, and the secant method, if possible. Create a table showing the performance of each method used in reaching the solution
Assume that an object with mass is dropped from a height and that the height of the object after seconds is:
where gravity = 32.17 /, the coefficient of air resistance = 0.25 − /, the mass is 200 lb, and the initial position = 300 feet. Find the time it takes for the jumper to hit the ground to within .01 seconds. Find the time using the four methods used in the course to date: bisection, fixed-point iteration, Newton's method, and the secant method, if possible. Create a table showing the performance of each method used in reaching the solution
3
answers
0
watching
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