Math Problem Statement
Consider the differential equation:
dx
2
d
2
u
+u=x
2
for 0<x<1 under two sets of boundary conditions: Set 1:u(0)=0,u(1)=0 Set 2: u(0)=0,
dx
du
∣
∣
x=1
=1 Determine and numerically evaluate the three-parameter Ritz solutions (i.e., n=3 ) using algebraic polynomial approximation functions for both sets of boundary conditions. Plot and compare the results with the analytical solutions. (Hint: The analytical solution for Set 1 boundary condition is u(x)=
sin1
sinx+2sin(1−x)
+x
2
−2. The analytical solution for Set 2 boundary condition is u(x)=
cos1
2cos(1−x)−sinx
+x
2
−2.)
I want complete solution of set 2 only
Solution
Ask a new question for Free
By Image
Drop file here or Click Here to upload
Math Problem Analysis
Mathematical Concepts
Differential Equations
Boundary Value Problems
Ritz Method
Numerical Approximation
Formulas
Analytical solution for Set 2 boundary condition: u(x) = (cos(1)/2)cos(1-x) - sin(x) + x^2 - 2
Theorems
-
Suitable Grade Level
Graduate Level
Related Recommendation
Solving Polynomial Equations with Bisection Method
Solving a Boundary Value Problem with Collocation Method and Trigonometric Functions
Using Newton-Raphson Method: Solving Polynomial Equations and Finding Square Roots
Solve Root-Finding Problem Using Iterations and Approximate Root
Solve Polynomial Equations with Newton-Raphson Method