3. Use Newton Rhapson Method to locate the root e* + sin(x) = 2 using an initial value of 0.1 at an error criterion of 0.02%. Use the following format for your solution.

Advanced Engineering Mathematics
10th Edition
ISBN:9780470458365
Author:Erwin Kreyszig
Publisher:Erwin Kreyszig
Chapter2: Second-order Linear Odes
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Problem Solving (Open Method): Solve the following problem using Newton Rhapson Method and Modified
Secant Method. Using the format below for your answer tabulation for Newton Rhapson and Modified Secant
respectively:

 

3. Use Newton Rhapson Method to locate the root e-x + sin(x) = 2 using an initial value of 0.1 at an error
criterion of 0.02%. Use the following format for your solution.

B. Problem Solving (Open Method): Solve the following problem using Newton Rhapson Method and Modified
Secant Method. Using the format below for your answer tabulation for Newton Rhapson and Modified Secant
respectively:
Xi
f(x;)
f(x)
Ea
Et
Xi+1
n
X
f(x)
X,+X;
f(x+õx)
Ea
Et
Xj+1
3. Use Newton Rhapson Method to locate the root e* + sin(x) = 2 using an initial value
0.1 at an error
criterion of 0.02%. Use the following format for your solution.
Transcribed Image Text:B. Problem Solving (Open Method): Solve the following problem using Newton Rhapson Method and Modified Secant Method. Using the format below for your answer tabulation for Newton Rhapson and Modified Secant respectively: Xi f(x;) f(x) Ea Et Xi+1 n X f(x) X,+X; f(x+õx) Ea Et Xj+1 3. Use Newton Rhapson Method to locate the root e* + sin(x) = 2 using an initial value 0.1 at an error criterion of 0.02%. Use the following format for your solution.
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