Tool to make symbolic computations. A formal calculator to make exact scientific calculations, with parenthesis, variables, etc.

Calculator - dCode

Tag(s) : Mathematics, Symbolic Computation

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Tool to make symbolic computations. A formal calculator to make exact scientific calculations, with parenthesis, variables, etc.

dCode brings you a formal calculator which authorizes all calculations and answer an exact result (non-approximate) with the most simplification possible.

Example: $$ x^2-(x-1)(x+2)+2x = x+2 $$

Example: $$ x+1+x-2 = 2x-1 $$

dCode gives also an equation solver, derivatives, primitives, etc.

Function allowed (parenthesis are compulsory) are

sqrt() or √() | square root |
---|---|

exp() | exponential |

log() or ln() | natural logarithm (base e) |

log2() | logarithm (base 2) |

log10() | logarithm (base 10) |

cos() | cosine |

sin() | sine |

tan() or tg() | tangent |

arcsin() or asin() | arc sine |

arccos() or acos() | arc cosine |

arctan() or atan() | arc tangent |

csc() | cosecant |

sec() | secant |

cot() | cotangent |

arccsc() or ascs() | arc cosecant |

arcsec() or asec() | arc secant |

arccot() or acot() | arc-cotangent |

cosh() | hyperbolic cosine |

sinh() | hyperbolic sine |

tanh() or tgh() | hyperbolic tangent |

arcsinh() or asinh() | hyperbolic arc sine |

arccosh() or acosh() | hyperbolic arc cosine |

arctanh() or atanh() | hyperbolic arc tangent |

csch() | hyperbolic cosecant |

sech() | hyperbolic secant |

coth() | hyperbolic cotangent |

arccsch() or ascsh() | hyperbolic arc cosecant |

arcsech() or asech() | hyperbolic arc secant |

arccoth() or acoth() | hyperbolic arc cotangent |

abs() | absolute value |

sign() | function sign |

arg() | argument |

im() | imaginary part |

re() | real part |

ii (double i) | i (imaginary unit) |

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Source : https://www.dcode.fr/formal-calculator

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