text stringlengths 0 205 |
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complexity aight formula or sorry the |
complex if I'd equation |
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align:start position:0% |
and noted that sine NT was the imaginary |
align:start position:0% |
and noted that sine NT was the imaginary |
align:start position:0% |
and noted that sine NT was the imaginary |
part of e to the int and then use the |
align:start position:0% |
part of e to the int and then use the |
align:start position:0% |
part of e to the int and then use the |
exponential response formula and I want |
align:start position:0% |
exponential response formula and I want |
align:start position:0% |
exponential response formula and I want |
to take the imaginary part at the end of |
align:start position:0% |
to take the imaginary part at the end of |
align:start position:0% |
to take the imaginary part at the end of |
the day |
align:start position:0% |
align:start position:0% |
so what is a the characteristic |
align:start position:0% |
so what is a the characteristic |
align:start position:0% |
so what is a the characteristic |
polynomial in this case it's s squared |
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polynomial in this case it's s squared |
align:start position:0% |
polynomial in this case it's s squared |
plus 2 s plus 4 |
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plus 2 s plus 4 |
align:start position:0% |
plus 2 s plus 4 |
which means that P of I n |
align:start position:0% |
which means that P of I n |
align:start position:0% |
which means that P of I n |
is going to be negative n squared plus 4 |
align:start position:0% |
is going to be negative n squared plus 4 |
align:start position:0% |
is going to be negative n squared plus 4 |
so I'll just group the real terms |
align:start position:0% |
so I'll just group the real terms |
align:start position:0% |
so I'll just group the real terms |
together plus 2i n |
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