[tail] [up]
∫tan7(d+ex)(a+btan(d+ex)+ctan2(d+ex))3/2dx
Optimal antiderivative 3barctanh(b+2ctan(ex+d)2ca+btan(ex+d)+c(tan2(ex+d)))2c52e−5b(−12ac+7b2)arctanh(b+2ctan(ex+d)2ca+btan(ex+d)+c(tan2(ex+d)))16c92e+arctanh((b2−(a−c)(a−c−a2−2ac+b2+c2)−b(2a−2c+a2−2ac+b2+c2)tan(ex+d))222a−2c+a2−2ac+b2+c2a2−b2−2ac+c2−(a−c)a2−2ac+b2+c2a+btan(ex+d)+c(tan2(ex+d)))2a−2c+a2−2ac+b2+c2a2−b2−2ac+c2−(a−c)a2−2ac+b2+c222(a2−2ac+b2+c2)32e−arctanh((b2−(a−c)(a−c+a2−2ac+b2+c2)−b(2a−2c−a2−2ac+b2+c2)tan(ex+d))222a−2c−a2−2ac+b2+c2a2−b2−2ac+c2+(a−c)a2−2ac+b2+c2a+btan(ex+d)+c(tan2(ex+d)))2a−2c−a2−2ac+b2+c2a2−b2−2ac+c2+(a−c)a2−2ac+b2+c222(a2−2ac+b2+c2)32e+(−16ac+7b2)a+btan(ex+d)+c(tan2(ex+d))(tan2(ex+d))3c2(−4ac+b2)e−2ba+btan(ex+d)+c(tan2(ex+d))(tan3(ex+d))c(−4ac+b2)e+4a+2btan(ex+d)(−4ac+b2)ea+btan(ex+d)+c(tan2(ex+d))−2(tan2(ex+d))(2a+btan(ex+d))(−4ac+b2)ea+btan(ex+d)+c(tan2(ex+d))+2(tan4(ex+d))(2a+btan(ex+d))(−4ac+b2)ea+btan(ex+d)+c(tan2(ex+d))−a+btan(ex+d)+c(tan2(ex+d))(3b2−8ac−2bctan(ex+d))c2(−4ac+b2)e−2(a(b2−2(a−c)c)+bc(a+c)tan(ex+d))(b2+(a−c)2)(−4ac+b2)ea+btan(ex+d)+c(tan2(ex+d))+a+btan(ex+d)+c(tan2(ex+d))(105b4−460ab2c+256a2c2−2bc(−116ac+35b2)tan(ex+d))24c4(−4ac+b2)e
command
int(tan(e*x+d)^7/(a+b*tan(e*x+d)+c*tan(e*x+d)^2)^(3/2),x)
Maple 2022.1 output
hanged
Maple 2021.1 output
output too large to display
[front] [up]