How to Solve Second Order Linear Differential Equations with Initial Conditions?

Thread starter INeedHelpTY
Start date Oct 22, 2010
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Differential Differential equation

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SUMMARY

This discussion focuses on solving the second order linear differential equation y'' = B*sin(t) - y with initial conditions y(0) = A and y'(0) = 0. The equation requires understanding of differential equations and specific techniques for solving them. A resource link was provided for further guidance. The conversation highlights the importance of correctly formulating the equation before attempting a solution.

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Understanding of second order linear differential equations
Familiarity with initial value problems
Knowledge of techniques for solving differential equations
Basic calculus concepts, particularly derivatives

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Study methods for solving second order linear differential equations
Learn about initial value problems and their significance
Explore the use of integrating factors in differential equations
Review resources on the application of trigonometric functions in differential equations

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Mathematics students, educators, and professionals dealing with differential equations, particularly those focusing on initial value problems and their applications in physics and engineering.

Oct 22, 2010

INeedHelpTY

y'' = B*sin(t) - y

y(0) = A (constant)
y'(0) = 0

need some help to start this off, thanks

Last edited: Oct 22, 2010

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Oct 22, 2010

Coto

If you're solving second order linear differential equations, then you will need to know this:

http://tinyurl.com/3yuhxlh

Edited: After you changed your equation.

Last edited: Oct 22, 2010