Consider xy' = y(lnx-lny) with y(1) = 4. Using Runge-Kutta methodwith h=0.1, the k3 in the computation of y(1.4) is of the form 4 In (²). ComputeBIn (²).(a) - 0.77006(b)-0.77600(c) - 0.70706(d) - 0.70067

The given differential equation is: y'=y(lnx-lny)x., y(1)=4. and h=0.1. Given: k3 is in the form…

Answered: Consider xy' = y(lnx-lny) with y(1) =…

Algebra & Trigonometry with Analytic Geometry

13th Edition

ISBN:9781133382119

Author:Swokowski

Publisher:Swokowski

Chapter4: Polynomial And Rational Functions

Section: Chapter Questions

Problem 5T

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Consider xy' = y(lnx-lny) with y(1) = 4. Using Runge-Kutta method with h=0.1, the k3 in the computation of y(1.4) is of the form In (). Compute In (+). B (a) - 0.77006 (b)-0.77600 (c) - 0.70706 (d) -0.70067