Editing Tethys (moon) (section)

== Notes ==

{{Notelist
| notes =

{{efn
| name = surface gravity
| Surface gravity derived from the mass ''m'', the [[gravitational constant]] ''G'' and the radius ''r'' : <math>Gm/r^2</math>.
}}

{{efn
| name = escape velocity
| Escape velocity derived from the mass ''m'', the gravitational constant ''G'' and the radius ''r'' : {{math|{{radical|2''Gm''/''r''}}}}.
}}

<!--{{efn
| name = dict-def
| {{respell|TEE|thəs}} or {{respell|TETH|əs}}-->
}}

<!--unused{{efn
| name = moon masses
| The masses of smaller spherical moons are (in kg): [[Enceladus (moon)|Enceladus]]—1.1{{e|20}}, [[Miranda (moon)|Miranda]]—0.6{{e|20}}, [[Proteus (moon)|Proteus]]—0.5{{e|20}}, [[Mimas (moon)|Mimas]]—0.4{{e|20}}, [[Hi'iaka (moon)|Hi'iaka]]—0.179{{e|20}}. The total mass of remaining moons is about 0.9{{e|20}}. So, the total mass of all moons smaller than Tethys is about 3.679{{e|20}}. Note that [[Dysnomia (moon)|Dysnomia]] and [[Vanth (moon)|Vanth]] do not have good mass estimates at this time and may result in the smaller satellite total exceeding Tethys's mass (See [[List of moons by diameter]])
}}-->