Integrals
(the database of solved problems)
All the problems and solutions shown below were generated using the Integral Calculator.
| ID |
Problem |
Count |
| 1451 | $$ $$ | 2 |
| 1452 | $$ $$ | 2 |
| 1453 | $$ $$ | 2 |
| 1454 | $$ \int^{2}_{1} {x}{\cos{{\left({x}\right)}}} \, d\,x $$ | 2 |
| 1455 | $$ \displaystyle\int \dfrac{\ln\left(2x+1\right)}{x{\cdot}\left(x+1\right)}\, \mathrm d x $$ | 2 |
| 1456 | $$ $$ | 2 |
| 1457 | $$ \displaystyle\int^{\infty }_{0} {\mathrm{e}}^{{x}^{2}}{\cdot}\sin\left(x\right)\, \mathrm d x $$ | 2 |
| 1458 | $$ \displaystyle\int^{\infty }_{0} \dfrac{\sin\left(x\right){\cdot}\cos\left(x\right)}{x}\, \mathrm d x $$ | 2 |
| 1459 | $$ \displaystyle\int^{\infty }_{0} {\mathrm{e}}^{-{x}^{2}}\, \mathrm d x $$ | 2 |
| 1460 | $$ \displaystyle\int^{1}_{0} {\mathrm{e}}^{-{x}^{2}}\, \mathrm d x $$ | 2 |
| 1461 | $$ \displaystyle\int^{1}_{-\infty} \dfrac{{\mathrm{e}}^{-{x}^{2}}}{{\left(2{\pi}\right)}^{0.5}}\, \mathrm d x $$ | 2 |
| 1462 | $$ \displaystyle\int \dfrac{1}{\left(1+{x}^{3}\right){\cdot}\left(1+{x}^{2}\right)}\, \mathrm d x $$ | 2 |
| 1463 | $$ \displaystyle\int^{2}_{1} {x}^{3}{\cdot}\sqrt{{x}^{4}+1}\, \mathrm d x $$ | 2 |
| 1464 | $$ \displaystyle\int 3{x}^{2}-2x+2\, \mathrm d x $$ | 2 |
| 1465 | $$ \displaystyle\int^{-1}_{-1} 3{x}^{2}-2x+2\, \mathrm d x $$ | 2 |
| 1466 | $$ \displaystyle\int {\left({x}^{2}+\sqrt{x}\right)}^{2}\, \mathrm d x $$ | 2 |
| 1467 | $$ \displaystyle\int {4}^{3}x\, \mathrm d x $$ | 2 |
| 1468 | $$ \displaystyle\int {4}^{3x}\, \mathrm d x $$ | 2 |
| 1469 | $$ \displaystyle\int^{\pi/2}_{0} {\left(\sin\left(2\right){\cdot}x\right)}^{12}{\cdot}\cos\left(2\right){\cdot}x\, \mathrm d x $$ | 2 |
| 1470 | $$ \displaystyle\int^{0}_{1} {x}^{2}\, \mathrm d x $$ | 2 |
| 1471 | $$ \displaystyle\int^{1}_{0} -{x}^{2}+1\, \mathrm d x $$ | 2 |
| 1472 | $$ \displaystyle\int^{2}_{0} 2x-{x}^{2}\, \mathrm d x $$ | 2 |
| 1473 | $$ \displaystyle\int^{1}_{-1} -{x}^{2}+3-2\, \mathrm d x $$ | 2 |
| 1474 | $$ \displaystyle\int^{1}_{-1} {x}^{\frac{1}{2}}+4-4\, \mathrm d x $$ | 2 |
| 1475 | $$ \displaystyle\int^{2}_{-2} -{x}^{2}+6-2\, \mathrm d x $$ | 2 |
| 1476 | $$ \displaystyle\int^{-\pi/2}_{\pi/2} 2{\cdot}\csc\left(x\right)-\csc\left(x\right)\, \mathrm d x $$ | 2 |
| 1477 | $$ \displaystyle\int {\mathrm{e}}^{-{x}^{2}}\, \mathrm d x $$ | 2 |
| 1478 | $$ \displaystyle\int {\mathrm{e}}^{\frac{-{x}^{2}}{2}}\, \mathrm d x $$ | 2 |
| 1479 | $$ \displaystyle\int^{\pi}_{\pi/2} \sin\left(x\right)-\cos\left(x\right)\, \mathrm d x $$ | 2 |
| 1480 | $$ $$ | 2 |
| 1481 | $$ $$ | 2 |
| 1482 | $$ \displaystyle\int \sqrt{x}{\cdot}\ln\left(2x\right)\, \mathrm d x $$ | 2 |
| 1483 | $$ \displaystyle\int \dfrac{\cos\left(3\right){\cdot}\sqrt{x}}{\sqrt{x}}\, \mathrm d x $$ | 2 |
| 1484 | $$ \displaystyle\int \dfrac{1}{\left({x}^{4}+1\right){\cdot}{x}^{2}}\, \mathrm d x $$ | 2 |
| 1485 | $$ \displaystyle\int^{\infty}_{0} \dfrac{\sqrt{x}}{\left(x+1\right){\cdot}\left(x+2\right){\cdot}\left(x+3\right)}\, \mathrm d x $$ | 2 |
| 1486 | $$ \displaystyle\int {x}^{n}{\cdot}{\left(\cosh\left(x\right)\right)}^{n}{\cdot}ax\, \mathrm d x $$ | 2 |
| 1487 | $$ \displaystyle\int^{1}_{0} \dfrac{32}{x+4}\, \mathrm d x $$ | 2 |
| 1488 | $$ \displaystyle\int {\mathrm{e}}^{\frac{3-2x}{3}}\, \mathrm d x $$ | 2 |
| 1489 | $$ $$ | 2 |
| 1490 | $$ \int^{\pi/6}_{0} \frac{{1}}{{\cos{{\left({x}\right)}}}} \, d\,x $$ | 2 |
| 1491 | $$ $$ | 2 |
| 1492 | $$ \displaystyle\int \dfrac{4{\cdot}\cos\left(x\right)}{{\left(\sin\left(x\right)\right)}^{2}-4}\, \mathrm d x $$ | 2 |
| 1493 | $$ \displaystyle\int -x+(\dfrac{2}{{x}^{2}+x+2})\, \mathrm d x $$ | 2 |
| 1494 | $$ \displaystyle\int \dfrac{-x+2}{{x}^{2}+x+2}\, \mathrm d x $$ | 2 |
| 1495 | $$ \displaystyle\int \dfrac{x+1}{\sqrt{3+4x-4{x}^{2}}}\, \mathrm d x $$ | 2 |
| 1496 | $$ \displaystyle\int 6x{\cdot}{\left(3+x\right)}^{-2}\, \mathrm d x $$ | 2 |
| 1497 | $$ \displaystyle\int^{0.5}_{0.2} 6x{\cdot}{\left(3+x\right)}^{-2}\, \mathrm d x $$ | 2 |
| 1498 | $$ \displaystyle\int^{5}_{-1} x+7\, \mathrm d x $$ | 2 |
| 1499 | $$ \displaystyle\int {2}^{2x}\, \mathrm d x $$ | 2 |
| 1500 | $$ \displaystyle\int \left({x}^{2}+1\right){\cdot}{\mathrm{e}}^{-x}\, \mathrm d x $$ | 2 |