Engineering Computation I Third stage H.W:- A. By using the Bisection Method find the first 5...

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نغمة الرنين مد علی هاشم عباس Engineering Computation I Third stage H.W:- A. By using the Bisection Method find the first 5 approximate of root of f(x) = x² - 3 The interval [0,8]. B. By using the Bisection Method to approximate find the first positive root f(x)= x-x-1, The interval [0,1,2], the = 0.001 C. Show that f(x) = x³ + 4x² 10 = 0 has a root in [1, 2] and use the Bisection method to determine an approximation to the root that is accurate to at least within 10-4. Consider f(x) = x³ + 3x - 5, where [a = 1, b = 2] and e=0.001. D. E. Consider finding the root of f(x) = e(3.2 sin(x) 0.5 cos(x)) on the interval [3, 4], this time with a step = 0.001. F. G. Find a root of an equation f(x)= x³ -x- 1 using Bisection method. The = f(x) <0. Find a root of an equation f(x) = 10 x² using Bisection method, c = 0.01, and b = 5. a = -2 نغمة الرنين مد علی هاشم عباس Engineering Computation I Third stage H.W:- A. By using the Bisection Method find the first 5 approximate of root of f(x) = x² - 3 The interval [0,8]. B. By using the Bisection Method to approximate find the first positive root f(x)= x-x-1, The interval [0,1,2], the = 0.001 C. Show that f(x) = x³ + 4x² 10 = 0 has a root in [1, 2] and use the Bisection method to determine an approximation to the root that is accurate to at least within 10-4. Consider f(x) = x³ + 3x - 5, where [a = 1, b = 2] and e=0.001. D. E. Consider finding the root of f(x) = e(3.2 sin(x) 0.5 cos(x)) on the interval [3, 4], this time with a step = 0.001. F. G. Find a root of an equation f(x)= x³ -x- 1 using Bisection method. The = f(x) <0. Find a root of an equation f(x) = 10 x² using Bisection method, c = 0.01, and b = 5. a = -2

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