## 3d graphing

Input interpretation |
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3D plot | x^2 + y^2 |

Category: Domain Range

Input interpretation |
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3D plot | x^2 + y^2 |

Input interpretation |
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3D plot | x^2 + y^2 |

Input interpretation |
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gravitational force (physical quantity) |

Common symbol |

F |

Basic dimensions |

[mass] [length] [time]^(-2) |

Standard unit for gravitational force |

N (newton) |

Usage type |

scalar | vector |

Base physical quantity |

force |

Input interpretation |
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frac(x) | identities |

Result |

frac(x) = -i frac(i x) |

Input interpretation |
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sum_(x=0)^infinity x^k |

Result |

sum_(x=0)^infinity x^k converges when Re(k) + 1<0 |

Partial sum formula |

sum_(x=0)^n x^k = H_n^(-k) + 0^k |

Input interpretation |
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domain | sin(x) |

Result |

R (all real numbers) (assuming a function from reals to reals) |

Number line |

Range of function |

{y element R : -1<=y<=1} |

Plots |

Input interpretation |
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range | e^x |

Result |

{y element R : y>0} (all positive real numbers) (assuming a function from reals to reals) |

Number line |

Domain of function |

R (all real numbers) |

Injectivity |

injective (one-to-one) on its domain |

Plots |

Input interpretation |
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domain | 1/x |

Result |

{x element R : x!=0} (assuming a function from reals to reals) |

Number line |

Range of function |

{y element R : y!=0} |

Injectivity |

injective (one-to-one) on its domain |

Plots |