Find the value of x shown in the equation below. Use Newton's method with a convergence criteria of 0.001. Start with an initial value of 0.09. Upload your solution showing the equations you used, must be handwritten containing your Name and ID number, and then upload as single file in pdf format. Show your answers in a table. You can use this formula [D (e") =e"(In a) -D u)]. eár +3. (In 2)2-e2-(In 8)-er- (In 2)² =0

Find the value of x shown in the equation below. Use Newton's method with a convergence criteria of 0.001. Start with an initial value of 0.09. Upload your solution showing the equations you used, must be handwritten containing your Name and ID number, and then upload as single file in pdf format. Show your answers in a table. You can use this formula [D (e") =e"(In a) -D u)]. eár +3. (In 2)2-e2-(In 8)-er- (In 2)² =0

Advanced Engineering Mathematics

10th Edition

ISBN:9780470458365

Author:Erwin Kreyszig

Publisher:Erwin Kreyszig

Chapter2: Second-order Linear Odes

Section: Chapter Questions

Problem 1RQ

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