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3. Use False-Position method to solve the same problem in Number 2. Use the same lower and upper limit. Show your solution for each iteration. Use a stopping criterion for this problem of 0.5%. Follow the table below to show your answers. Iteration XL 0.1 1 XU 0.2 XR F(xl) F(xu) F(xr) Approx. Error

3. Use False-Position method to solve the same problem in Number 2. Use the same lower and upper limit. Show your solution for each iteration. Use a stopping criterion for this problem of 0.5%. Follow the table below to show your answers. Iteration XL 0.1 1 XU 0.2 XR F(xl) F(xu) F(xr) Approx. Error

Advanced Engineering Mathematics
Advanced Engineering Mathematics
10th Edition
ISBN:9780470458365
Author:Erwin Kreyszig
Publisher:Erwin Kreyszig
Chapter2: Second-order Linear Odes
Section: Chapter Questions
Problem 1RQ
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solve number 3 only thank you

m S m 2. Use bisection to determine the drag coefficient needed so that an 80kg bungee jumper has a velocity of 36 after 4s of free fall. Note: The acceleration of gravity is 9.81- s2 Start with initial guesses of x₁ = 0.1 and xy = 0.2. Use a stopping criterion of 2%. Show your solution for each iteration and follow the table below to show your answers. Iteration 1 XL(put if + or -) 0.1 XU(put if + or -) XR(put if + or -) 0.2 Approx. Error
Transcribed Image Text:m S m 2. Use bisection to determine the drag coefficient needed so that an 80kg bungee jumper has a velocity of 36 after 4s of free fall. Note: The acceleration of gravity is 9.81- s2 Start with initial guesses of x₁ = 0.1 and xy = 0.2. Use a stopping criterion of 2%. Show your solution for each iteration and follow the table below to show your answers. Iteration 1 XL(put if + or -) 0.1 XU(put if + or -) XR(put if + or -) 0.2 Approx. Error
3. Use False-Position method to solve the same problem in Number 2. Use the same lower and upper limit. Show your solution for each iteration. Use a stopping criterion for this problem of 0.5%. Follow the table below to show your answers. Iteration XL 0.1 1 XU 0.2 XR F(xl) F(xu) F(xr) Approx. Error
Transcribed Image Text:3. Use False-Position method to solve the same problem in Number 2. Use the same lower and upper limit. Show your solution for each iteration. Use a stopping criterion for this problem of 0.5%. Follow the table below to show your answers. Iteration XL 0.1 1 XU 0.2 XR F(xl) F(xu) F(xr) Approx. Error
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