Comment by goialoq
9 years ago
and this formula is simply an expression of the fact that given a circle:
x = sin t , y = cos t
the derivative is
d(sin t) = (cos t) dt , d(cos t) = -(sin t) st
so it's interesting that it was "stumbled" upon.
9 years ago
and this formula is simply an expression of the fact that given a circle:
x = sin t , y = cos t
the derivative is
d(sin t) = (cos t) dt , d(cos t) = -(sin t) st
so it's interesting that it was "stumbled" upon.