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where Phi n was given using the
align:start position:0%
where Phi n was given using the
arctangent formula and
align:start position:0%
arctangent formula and
align:start position:0%
arctangent formula and
this gives us a solution which note is
align:start position:0%
this gives us a solution which note is
align:start position:0%
this gives us a solution which note is
periodic with period 2 t.o
align:start position:0%
periodic with period 2 t.o
align:start position:0%
periodic with period 2 t.o
right I i should also note that 5n is
align:start position:0%
right I i should also note that 5n is
align:start position:0%
right I i should also note that 5n is
between
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align:start position:0%
0 and 2 pi
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0 and 2 pi
align:start position:0%
0 and 2 pi
sorry 0 it and pie
align:start position:0%
sorry 0 it and pie
align:start position:0%
sorry 0 it and pie
and
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and
align:start position:0%
and
this gives us this one solution to the
align:start position:0%
this gives us this one solution to the
align:start position:0%
this gives us this one solution to the
differential equation with a forcing of
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differential equation with a forcing of
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differential equation with a forcing of
sine NT on the right hand side
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sine NT on the right hand side
align:start position:0%
sine NT on the right hand side
so now what we want to do is we want to
align:start position:0%
so now what we want to do is we want to