Help me answer the question. Letter E only!! 1. Consider the ODEy in y dx – xdy = 0With initial condition: y(2)a. Determine the general solution using appropriate analytical process.b. Find the particular solution using the given initial condition.c. Using Euler method, approximate the solution at x = 3.0 using a step size h = 0.1y w???d. What is the relative absolute error at X= 3.0 using a step size h = 0.1?%Errabs =???e. Repeat (c) and (d) using a step size h = 0.05.f. Repeat (c) and (d) using a step size h= 0.025.g. What can you conclude from the results in (d), (e) and (f)?

The given ODE is ylnydx-xdy=0. Rearrange as follows: ylnydx=xdyylny=xdydxdydx=ylnyx Euler's method…

1. Consider the ODE y ln y dx - xdy =0 With initial condition y(2) = e a Determine the general solution using appropriate analytical process. b. Find the particular solution using the given initial condition. e. Using Euler method, approximate the solution at x= 3.0 using a step size h= 0.1 y w?7? d. What is the relative absolute error at X= 3.0 using a step size h=0.1? %Erras ??? e Repeat (c) and (d) using a step size h 0.05.

1. Consider the ODE y ln y dx - xdy =0 With initial condition y(2) = e a Determine the general solution using appropriate analytical process. b. Find the particular solution using the given initial condition. e. Using Euler method, approximate the solution at x= 3.0 using a step size h= 0.1 y w?7? d. What is the relative absolute error at X= 3.0 using a step size h=0.1? %Erras ??? e Repeat (c) and (d) using a step size h 0.05.

Calculus For The Life Sciences

2nd Edition

ISBN:9780321964038

Author:GREENWELL, Raymond N., RITCHEY, Nathan P., Lial, Margaret L.

Publisher:GREENWELL, Raymond N., RITCHEY, Nathan P., Lial, Margaret L.

Chapter14: Discrete Dynamical Systems

Section14.3: Determining Stability

Problem 11E

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