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In each of Problems 21 through 24, carry out one step of theEuler method and of the improved Euler method, using the step size
greater than
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Differential Equations: An Introduction to Modern Methods and Applications
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- a. Given: x=360 inches and y=5.10 inches. Compute Dia A to 2 decimal places. b. Given: Dia A=8.76 inches and x=10.52 inches. Compute t to 2 decimal places.arrow_forward1) Use improved Euler method to find y(0.75) if Yo)=1 for dy dr = xy +1 take h=0.25arrow_forward#1 Solve the following non-linear equations manually using: a) Bisection Method (5 iterations)arrow_forward
- 3.1 Consider *+x+3x-sint = 0, z(0) = -1, (0) = 1. Use the second order Runge-Kutta method with h = 0.2 to approximate (0.2) and *(0.2).arrow_forwardUse Euler's Method with step size h=0.1 to approximate y(1.2), where y(x) satisfies the following IVP y=3x+y, y(1)=50 Enter your answer as a decimal number. (Calculator is suggested.) You don't need to round your answer. The answer should contain two digits after the decimal point, like 32.87 or 41.05. Caution: Do not use decimal comma as in 34,99. You have to use decimal point as in 34.99.arrow_forwardI need a complete solution for 2 problems mentioned in the pictures below, these are from the Numerical-Analysis subject. In case it has to be solved through programming (eg Matlab), just provide me the correct theory & algorithm that can be used for the corresponding excercise. Thank you.arrow_forward
- 1. Find the root of the equation x' - 4x -9 -O between 2 and 3 using the bisection method and Newton's method.(NOTE: For Bisection method use e = 0.001 and for Newton's method use e r̟ = 0arrow_forwardQ1) The function f(x) = x³ + 6x² - 4x - 2 We want to find a positive root using bisection method. Start with initail guesses of x₁=0 and xã=1 and iterate the approximate relative error falls below 2%. i 1 "You are required to show all steps to arrive at the answer and fill the following a table to show all results". X1 0 xu 1 Xr f(x₁) f(xu) f(xr) Ea(%)arrow_forwardThe area, A km², of an oil spillage is growing in time t hours according to the DE dA dt = 4et √Ā The initial area of the spillage was 4 km². A > 0. Applying four iterations of the Forward Euler formula with a step size of h = 1 to this problem yields (a) A(1) ≈ The error in this approximation is (b) A(2)≈ The error in this approximation is (c) A(3)≈ The error in this approximation is (d) A(4)≈ The error in this approximation isarrow_forward
- Can you please answer thisarrow_forwardApproximate y(0,2) by using simple(not improved) Euler method and calculate the error dy =3+e dt 1 y. Take step size 0,1 2 percentage at this step for the given diff. equation and y(0)=1. Hint: I will not accept your result if answer taken based on computer solver. For that reason do not use any computer program or online solver because you may get different answer. Solve your result by your hand and use your own calculator and take at least 4 digits after decimal points.arrow_forwardExample 10.17. Apply Runge-Kutta method to find approximate value of y for x = 0.2, in steps of 0.1,. if dyldx = x + y², given that y = 1 where x = = 0. (VTU BE 2009)arrow_forward
- Mathematics For Machine TechnologyAdvanced MathISBN:9781337798310Author:Peterson, John.Publisher:Cengage Learning,