Need help having a problem with shooting mthd

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SUMMARY

The discussion revolves around solving a differential equation using the Shooting Method in MATLAB. The specific equation is d²T/dx² - 1*10^-7(T+273)⁴ + 4(150-T) = 0, with boundary conditions T(0) = 200 and T(0.5) = 100. The user seeks assistance in implementing the ODE23 function for solving the equation and using FZERO to establish consistent initial conditions. The importance of reducing the problem to a root-finding problem is emphasized as a crucial step in the process.

PREREQUISITES
  • Understanding of MATLAB programming and syntax
  • Familiarity with differential equations and boundary value problems
  • Knowledge of the Shooting Method for solving differential equations
  • Experience with MATLAB functions ODE23 and FZERO
NEXT STEPS
  • Study the implementation of the Shooting Method in MATLAB
  • Learn how to use the ODE23 function for solving ordinary differential equations
  • Research the FZERO function for root-finding in MATLAB
  • Explore examples of boundary value problems and their solutions in MATLAB
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Students and professionals in engineering, particularly those working with MATLAB for solving differential equations, as well as anyone interested in numerical methods for boundary value problems.

arditi
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need help please having a problem with shooting mthd

i am having a problem coding a MATLAB code for the given eqn

d^2T/dx^2 - 1*10^-7(T+273)^4+4(150-T)=0
BC T(0)=200 and T(0.5)=100

the differential equation should be solved by
the function ODE23, and the consistent initial condition should be found by the
function FZERO in Matlab. I have to reduce the problem to a root finding
problem somehow, but i just can't do it.
please help me
 
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Welcome to PhysicsForums!

I myself am hazy on the Shooting Method, but you may want to start here (or in your notes / textbook):
http://en.wikipedia.org/wiki/Shooting_method

...And for future reference, homework questions like this more properly belong in the Engineering and Computing Science homework forum.
 

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