リ=1+ ,<<2 ,りい)= 2 1. Use predictor- Corrector(Adams - Bash forth- Moulton 4) Me tho d to appro imatthe solution of IVP With step size h=0e5. Use the Rung-kutta method of order 4 (RKy) to Compute the starting Values

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A: Given problem:- Estimate the value of csc(0.2) using linear approximation

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A: Given: The computer completes a 5000 equation back substitution in 0.005 seconds.

Q: By the Euler method we will be able to use large step-size h than the modified Euler method to…

A: Hello, thanks for your question but according to our Policy I am answering the very first question.…

Q: What does Euler’s Method allow you to do?

A: Euler's method allows to approximate the solution of the first order differential equation.

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Q: satisfying

A: We will obtain the particular solution.

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A: Topic- Differential Equation

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A: To find the orthogonal trajectories corresponding to below curve.

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Q: Give a detailed numerical example of the Aitken approximation method.

A: I have provided the solution with one example

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Q: 1. Compute for de terminant using pivotal etemente method. -3 D= 4. -6 -3 9. 5

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Q: By the Euler method we will be able to use large step-size h than the modified Euler method to…

A: Euler's method requires a very small step size to achieve the accuracy as compared to Improved…

Q: RK4 method provides better approximation solution than Euler methods.

A: Above statement is true   Higher order accurate Runge Kutta methods are multi-stage because they…

Q: Use​ Euler's method with step size h​ = 0.2 to determine value of y.

A: To determine value of y at x=0.1 by solving the differential equation dydx=y−x1+x,y0=1, and h=0.2

Q: 8. use the method variation o f parameters to find the general SOlution ot y"+ y =secX

A: G ji

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Q: Solve the initial value problem Ut + 2uz = 1, x € R, t e R u(0, x) = e¯*, x € R. %3D

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A: