what about..
you know that Pmax is right underneeth the center of gravity which is r=2.67 and θ=0
and also Pmax/min is the second derivative of function p..which i suppose is
\partial^2p/\partialr^2 * dr+ \partial^p/\partialθ^2 * dθ
and your only variable is C2
yes, you're all right! sorry!
though..waht if we make it a definite integral..let's say between pi/6 and pi/3 (so we have no problem with the existence of cot in any point)..so we end up again with I=1+I..
wht does it mean?
You better check again..I don't think I've done any sign-related mistake..tell me where!..and I don't think there's any problem regarding that's an indefinite integral..I'll add the constant, you're right..but any integral shoul depend on a variable, right??
well I know ∫cot(x) = -ln|sin(x)|...
Thanks!
Yes..those two other solutions were my problem...Newton-Rhapson?? i didn't even hear about this so far.. but i'll search for it... In the mean time.. could you find this approximation for me?
Thanks!:wink:
hello! I'm new over here.. Hope I'm writing where it should be written.
What is the solution of
[SIZE="6"]x=tangent(x)
?
Well.. in fact I'm looking for the point where the graphs of function tangent and its inverse, arctangent, intersect each other (if we plot them on the...