Derivative – Solved Problems Database
All the problems and solutions shown below were generated using the Derivative Calculator.
| ID |
Problem |
Count |
| 4101 | $ \, x \, $ | 1 |
| 4102 | $ \ln\left(4t\right) $ | 1 |
| 4103 | $ x+y+z+\dfrac{16}{xyz} $ | 1 |
| 4104 | $ \, x \, $ | 1 |
| 4105 | $ \, x \, $ | 1 |
| 4106 | $ 6{t}^{5}-15{t}^{4}+10{t}^{3} $ | 1 |
| 4107 | $ {x}^{2}{\cdot}{\left(6-x\right)}^{\frac{1}{2}} $ | 1 |
| 4108 | $ \dfrac{1}{2} $ | 1 |
| 4109 | $ {x}^{3}+2 $ | 1 |
| 4110 | $ \dfrac{1}{x-1}+\dfrac{1}{4-x} $ | 1 |
| 4111 | $ \, x \, $ | 1 |
| 4112 | $ {x}^{3}-{x}^{2} $ | 1 |
| 4113 | $ \, x \, $ | 1 |
| 4114 | $ \, x \, $ | 1 |
| 4115 | $ 50{\cdot}{\left(750-3x\right)}^{0.8}{\cdot}{x}^{0.2} $ | 1 |
| 4116 | $ \, x \, $ | 1 |
| 4117 | $ x{\cdot}{\mathrm{e}}^{1-3x} $ | 1 |
| 4118 | $ y $ | 1 |
| 4119 | $ \sqrt{5x-3} $ | 1 |
| 4120 | $ \dfrac{10}{{t}^{2}+1}-{\mathrm{e}}^{20t}+7{t}^{3} $ | 1 |
| 4121 | $ \, x \, $ | 1 |
| 4122 | $ \, x \, $ | 1 |
| 4123 | $ \dfrac{{x}^{3}}{36}-1+\cos\left(x\right) $ | 1 |
| 4124 | $ \, x \, $ | 1 |
| 4125 | $ \, x \, $ | 1 |
| 4126 | $ \ln\left({t}^{9}+2\right) $ | 1 |
| 4127 | $ \dfrac{{x}^{2}{\cdot}{\mathrm{e}}^{x}}{{x}^{2}+{\mathrm{e}}^{x}} $ | 1 |
| 4128 | $ \dfrac{2x}{1+{x}^{2}} $ | 1 |
| 4129 | $ \, x \, $ | 1 |
| 4130 | $ \ln\left(\color{orangered}{\square}\right) $ | 1 |
| 4131 | $ \dfrac{1}{xx-6x+10} $ | 1 |
| 4132 | $ \, x \, $ | 1 |
| 4133 | $ \dfrac{-{x}^{3}}{36}-1+\cos\left(x\right) $ | 1 |
| 4134 | $ \, x \, $ | 1 |
| 4135 | $ {\mathrm{e}}^{{x}^{2}} $ | 1 |
| 4136 | $ \, x \, $ | 1 |
| 4137 | $ 2{t}^{2}-20t+10 $ | 1 |
| 4138 | $ x+y+z+\dfrac{16}{xyz} $ | 1 |
| 4139 | $ \, x \, $ | 1 |
| 4140 | $ \mathrm{arcosh}\left(\sqrt{x}\right) $ | 1 |
| 4141 | $ \, x \, $ | 1 |
| 4142 | $ \dfrac{4}{x}-\sqrt{x}+\dfrac{x}{2} $ | 1 |
| 4143 | $ \, x \, $ | 1 |
| 4144 | $ 4{\cdot}{\left(2{x}^{2}-3\right)}^{5} $ | 1 |
| 4145 | $ \, x \, $ | 1 |
| 4146 | $ \, x \, $ | 1 |
| 4147 | $ \, x \, $ | 1 |
| 4148 | $ \, x \, $ | 1 |
| 4149 | $ \sin\left(x\right) $ | 1 |
| 4150 | $ 3{x}^{2} $ | 1 |
