2 * (50 m) * (gravitational constant) * (earth mass) / (earth radius + 400 km)^3 - Wolfram|Alpha
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Supported formats and sample files
Assuming equatorial radii of Earth for "earth radius" | Use polar radii of Earth or mean radii of Earth instead
Assuming Newtonian gravitational constant for "gravitational constant" | Use Gaussian gravitational constant instead
Assuming meters for "m" | Use US minims of volume or minutes of time instead

Input interpretation:

    link to /input/?i=50+meters&lk=1link to /input/?i=50+meters&lk=1link to /input/?i=Newtonian+gravitational+constant&lk=1link to /input/?i=Earth+mass&lk=1link to /input/?i=equatorial+radius+of+Earth&lk=1link to /input/?i=400+kilometers&lk=1link to /input/?i=400+kilometers&lk=1
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    Result:

    link to /input/?i=1.28%C3%9710%5E-4+meters+per+second+squared&lk=1link to /input/?i=1.28%C3%9710%5E-4+meters+per+second+squared&lk=1link to /input/?i=1.28%C3%9710%5E-4+meters+per+second+squared&lk=1link to /input/?i=1.28%C3%9710%5E-4+meters+per+second+squared&lk=1
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    Interpretations:

    link to /input/?i=acceleration&lk=1&a=ClashPrefs_*PhysicalQuantity-
    EnlargeEnable InteractivityDownload as CDF

    Basic unit dimensions:

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    Corresponding quantity:

    link to /input/?i=1.3%C3%9710%5E-4+newtons+per+kilogram&lk=1link to /input/?i=1.3%C3%9710%5E-4+newtons+per+kilogram&lk=1link to /input/?i=1.3%C3%9710%5E-4+newtons+per+kilogram&lk=1link to /input/?i=1.3%C3%9710%5E-4+newtons+per+kilogram&lk=1
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    Download full output as:

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