Hi Forum,
First post here so I hope I'm doing it right.
Following comparison gives a three-dimensional butterfly figure:
How much labor did the particle deliver on a traveled distance of 12*Pi?
So I figured out that following integral gives me the labour:
I guess C will be replaced by 12*Pi, but what should be on the dr?
I hope you guys can help.
Thank you very much
First post here so I hope I'm doing it right.
Following comparison gives a three-dimensional butterfly figure:
Code:
x=sin(t)*(exp(cos(t))-2*cos(4*t)-(sin(t/12))^5)
y=cos(t)*(exp(cos(t))-2*cos(4*t)-(sin(t/12))^5)
z=0How much labor did the particle deliver on a traveled distance of 12*Pi?
So I figured out that following integral gives me the labour:
I guess C will be replaced by 12*Pi, but what should be on the dr?
I hope you guys can help.
Thank you very much