(gravitational constant)*(mass of jupiter)/(radius of jupiter -3000km)^2-(gravitational constant)*(mass of jupiter)/(radius of jupiter-3000km +1*radius of earth)^2 - Wolfram|Alpha
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Assuming Newtonian gravitational constant for "gravitational constant" | Use Gaussian gravitational constant instead
Assuming average radius | Use equatorial radius or polar radius instead

Input interpretation:

    link to /input/?i=Newtonian+gravitational+constant&lk=1link to /input/?i=Jupiter&lk=1&a=ClashPrefs_*Astronomical.Jupiter-link to /input/?i=Jupiter&lk=1&a=ClashPrefs_*Astronomical.Jupiter-link to /input/?i=3000+kilometers&lk=1link to /input/?i=3000+kilometers&lk=1link to /input/?i=Newtonian+gravitational+constant&lk=1link to /input/?i=Jupiter&lk=1&a=ClashPrefs_*Astronomical.Jupiter-link to /input/?i=Jupiter&lk=1&a=ClashPrefs_*Astronomical.Jupiter-link to /input/?i=3000+kilometers&lk=1link to /input/?i=3000+kilometers&lk=1link to /input/?i=Earth&lk=1&a=ClashPrefs_*Astronomical.Earth-
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    Result:

    link to /input/?i=73+quadrillion+kilogram+Newtonian+gravitational+constants+per+kilometer+squared&lk=1link to /input/?i=73+quadrillion+kilogram+Newtonian+gravitational+constants+per+kilometer+squared&lk=1link to /input/?i=73+quadrillion+kilogram+Newtonian+gravitational+constants+per+kilometer+squared&lk=1link to /input/?i=73+quadrillion+kilogram+Newtonian+gravitational+constants+per+kilometer+squared&lk=1link to /input/?i=73+quadrillion+kilogram+Newtonian+gravitational+constants+per+kilometer+squared&lk=1link to /input/?i=73+quadrillion+kilogram+Newtonian+gravitational+constants+per+kilometer+squared&lk=1
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