$\lim_{x\to\infty}\left(\frac{x\cdot3^x+12^x}{x\cdot2^x+12^x}\right)$
$3x^2\:+\:5x\:+\:5\:-\:7\:-\:4x\:+\:3x^2$
$\ln\left(\left(\lim\:\:_{x\to\:\:\infty\:\:}\left(\frac{e^x+1}{e^x-1}\right)\right)\right)$
$\frac{secx\cdot cscx}{sec^2x+csc^2x}$
$2\left(\frac{7}{2}x-7\right)$
$x^8-y^4$
$y^'=e^{x-y}$
Get a preview of step-by-step solutions.
Earn solution credits, which you can redeem for complete step-by-step solutions.
Save your favorite problems.
Become premium to access unlimited solutions, download solutions, discounts and more!