6 | | The input is an equation with floating point numbers (likely to be approximations). The answer obtained are exact symbolic expressions. |
| 6 | The input is an equation with floating point numbers (likely to be approximations). The answer obtained are exact symbolic expressions... it becomes crazy with |
| 7 | {{{ |
| 8 | sage: solve(1.13157771r * x^2 - 1.2241351312r*x + 2.0000401231r, x) |
| 9 | [x == -1/1516050631807733202922*I*sqrt(3389945193423588592231412963046087595757907) + 190736613975697/352629861450338, |
| 10 | x == 1/1516050631807733202922*I*sqrt(3389945193423588592231412963046087595757907) + 190736613975697/352629861450338] |
| 11 | }}} |