Modify mybisect to solve until the absolute error is bounded by a given tolerance. Use a...

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Modify mybisect to solve until the absolute error is bounded by a given tolerance. Use a while loop to do this. Run your program on the function f(x) = 2r³ + 3x-1 with starting interval [0, 1] and a tolerance of 10-8. How many steps does the program use to achieve this tolerance? (You can count the steps by adding 1 to a counting variable i in the loop of the program.) How big is the final residual f(x)? Turn in your program and a brief summary of the results. Perform 3 iterations of the bisection method on the function f(r) = 2³-4, with starting interval [1,3]. By hand, but use a calculator.) Calculate the errors and percentage errors of zo, 1, 72, and 23. Modify mybisect to solve until the absolute error is bounded by a given tolerance. Use a while loop to do this. Run your program on the function f(x) = 2r³ + 3x-1 with starting interval [0, 1] and a tolerance of 10-8. How many steps does the program use to achieve this tolerance? (You can count the steps by adding 1 to a counting variable i in the loop of the program.) How big is the final residual f(x)? Turn in your program and a brief summary of the results. Perform 3 iterations of the bisection method on the function f(r) = 2³-4, with starting interval [1,3]. By hand, but use a calculator.) Calculate the errors and percentage errors of zo, 1, 72, and 23.

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Answer The code is as follow def mybisectfunc a b tolerance i 0 while b a 2 tolerance mid a b 2 if f... View the full answer