Derivative
(the database of solved problems)
All the problems and solutions shown below were generated using the Derivative Calculator.
| ID |
Problem |
Count |
| 3751 | $ \, x \, $ | 1 |
| 3752 | $ \, x \, $ | 1 |
| 3753 | $ x{\cdot}\ln\left({\pi}\right) $ | 1 |
| 3754 | $ \, x \, $ | 1 |
| 3755 | $ \, x \, $ | 1 |
| 3756 | $ \, x \, $ | 1 |
| 3757 | $ \, x \, $ | 1 |
| 3758 | $ \, x \, $ | 1 |
| 3759 | $ \, x \, $ | 1 |
| 3760 | $ \, x \, $ | 1 |
| 3761 | $ {x}^{\frac{4}{3}}{\cdot}\mathrm{e}^{x} $ | 1 |
| 3762 | $ {\left(1+{x}^{2}\right)}^{\frac{-1}{2}} $ | 1 |
| 3763 | $ -x{\cdot}{\left(1+{x}^{2}\right)}^{\frac{-1}{2}} $ | 1 |
| 3764 | $ {x}^{3}+20x+32 $ | 1 |
| 3765 | $ {x}^{3}-7{x}^{2}+15x+4 $ | 1 |
| 3766 | $ 6{\cdot}\sqrt{x}+3{x}^{\frac{1}{6}} $ | 1 |
| 3767 | $ \dfrac{4}{{x}^{7}}-\dfrac{5}{x} $ | 1 |
| 3768 | $ \dfrac{{x}^{4}+12}{{x}^{2}} $ | 1 |
| 3769 | $ {x}^{2}+\dfrac{11}{{x}^{2}} $ | 1 |
| 3770 | $ \, x \, $ | 1 |
| 3771 | $ \, x \, $ | 1 |
| 3772 | $ \, x \, $ | 1 |
| 3773 | $ \, x \, $ | 1 |
| 3774 | $ \, x \, $ | 1 |
| 3775 | $ \, x \, $ | 1 |
| 3776 | $ \, x \, $ | 1 |
| 3777 | $ \dfrac{{x}^{3}}{5}-10x $ | 1 |
| 3778 | $ \dfrac{{x}^{3}}{5} $ | 1 |
| 3779 | $ 10x $ | 1 |
| 3780 | $ 3{x}^{2}-14x+15 $ | 1 |
| 3781 | $ 6{x}^{2}-14x+15 $ | 1 |
| 3782 | $ 12{x}^{2}-59+72 $ | 1 |
| 3783 | $ \dfrac{10}{{\left(7x\right)}^{2}} $ | 1 |
| 3784 | $ 4+2.5{\cdot}\cos\left(\dfrac{{\pi}{\cdot}t}{6}\right) $ | 1 |
| 3785 | $ 3{x}^{2}+5 $ | 1 |
| 3786 | $ 3x-2 $ | 1 |
| 3787 | $ 12x{\cdot}{\left(\sqrt{x}\right)}^{2} $ | 1 |
| 3788 | $ 30x{\cdot}{\mathrm{e}}^{-0.6x}+10 $ | 1 |
| 3789 | $ \, x \, $ | 1 |
| 3790 | $ \, x \, $ | 1 |
| 3791 | $ \, x \, $ | 1 |
| 3792 | $ \, x \, $ | 1 |
| 3793 | $ \, x \, $ | 1 |
| 3794 | $ \, x \, $ | 1 |
| 3795 | $ \, x \, $ | 1 |
| 3796 | $ \, x \, $ | 1 |
| 3797 | $ \, x \, $ | 1 |
| 3798 | $ \, x \, $ | 1 |
| 3799 | $ \, x \, $ | 1 |
| 3800 | $ \, x \, $ | 1 |
