- 2 Consider The Equation Ay By C 0 Where A B C Are All Positive And B 4ac The General Real Solution Has The For 1 (347.51 KiB) Viewed 32 times
2. Consider the equation ay" +by+c=0 where a, b, c are all positive, and b² < 4ac. The general real solution has the for
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2. Consider the equation ay" +by+c=0 where a, b, c are all positive, and b² < 4ac. The general real solution has the for
2. Consider the equation ay" +by+c=0 where a, b, c are all positive, and b² < 4ac. The general real solution has the form y(x) = Aet cos(wat) + Be-t sin(wat) Find y. 3. An RLC circuit connected to a voltage source is described by the equation y" + ay' + by = F cos(nt) Suppose time t is large enough for the circuit to have reached the steady state. Find the real amplitude of the steady-state oscillations.
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