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4 cards from this section. Quick, good the night before a test.
Solve the equation d²y/dx² + 4y = 0.
Look for the characteristic roots involved.
What form of solution corresponds to repeated roots?
Consider the multiplicity of the roots.
What does the auxiliary equation allow us to find?
It relates to solving the differential equation.
True or False: Complex roots yield exponential solutions.
Consider the form of the solutions for oscillatory systems.
Solve the differential equation d²y/dx² - 6dy/dx + 9y = 0 and interpret the solution.
Identify roots of the auxiliary equation first.
If we have a structure modeled by the equation d²y/dx² + 8dy/dx + 16y = 0, find the general solution.
Look at the discriminant for root types.
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