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so if I want to solve the differential |
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so if I want to solve the differential |
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so if I want to solve the differential |
equation x + 2 X dot plus 4x equals sign |
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equation x + 2 X dot plus 4x equals sign |
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equation x + 2 X dot plus 4x equals sign |
in T I'm going to denote the solution |
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in T I'm going to denote the solution |
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in T I'm going to denote the solution |
with a subscript n and it's going to be |
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with a subscript n and it's going to be |
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with a subscript n and it's going to be |
the imaginary part of |
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the imaginary part of |
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the imaginary part of |
and I'm just using the exponential |
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and I'm just using the exponential |
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and I'm just using the exponential |
response formula 1 over the |
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response formula 1 over the |
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response formula 1 over the |
characteristic polynomial evaluated at I |
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ne2 the int |
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ne2 the int |
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ne2 the int |
you might ask how did I get that |
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well I basically just took the |
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well I basically just took the |
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well I basically just took the |
complexity aight formula or sorry the |
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complexity aight formula or sorry the |
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