Question $3$

$2$ Points

Evaluate the integral ${\displaystyle \underset{\phantom{}}{\overset{\phantom{}}{}}}tanse{c}^{3}d$

$($A$)\frac{1}{4}se{c}^{4}C$

$($B$)\frac{1}{6}ta{n}^{2}se{c}^{4}C$

$($C$)\frac{1}{4}ta{n}^{4}C$

$($D$)\frac{1}{2}se{c}^{2}C$

$($E$)\frac{1}{3}se{c}^{3}C$

$($A$)(A)$

$($B$)($B$)$

$($C$)$

$($D$)($D$)$

Questions Filter $(3)$