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Tsanfau II is the second-largest moon of Tsanfau. It is about 690 kilometers (428 mi) in diameter. Tsanfau II is mostly covered by freshly created and relatively clean ice sheets, exposed rocky mountaintops, old craters, ice scraps, ice geysers, water-ice layers, and a surprisingly dense atmosphere for its size.
Tsanfau II is the second-largest moon of Tsanfau. It is about 690 kilometers (428 mi) in diameter. Tsanfau II is mostly covered by freshly created and relatively clean ice sheets, exposed rocky mountaintops, old craters, ice scraps, ice geysers, water-ice layers, and a surprisingly dense atmosphere for its size.
==History==
===Discovery===
===Naming===
==Orbit and rotation==
==Geology==
===Surface features===
====Impact craters and Mountains====
====Tectonic features====
====Smooth Ice plains====
====polar regions====
====ice geysers and plumes====
===Internal structure===
====Subsurface water ocean====
====Composition====
===Possible heat sources===
====Tidal heating====
====Radioactive heating====
====Chemical factors====
===Atmosphere===
==Shape and size==

Revision as of 02:08, 11 January 2022

Tsanfau II
Tsanfau II.jpeg
Discovery
Discovered byAllister Llloyd
Discovery date15 November 1799 at the Layfet Colonial Observatory, Layfet,  Prybourne
Designations
MPC designationTsanfau II
Orbital characteristics
Satellite ofTsanfau
Physical characteristics
Mean radius
344/5 km
Mass1.911E+20
Mean density
1.116 g/cm^3
0.107 m/s^2
272.1 m/s
Atmosphere
Composition by volume78% methane (CH4), 5% ammonia (NH3), 5% water (H20) 5% ammonium hydrosulfide (NH4SH) 5% methane hydrate, 2% trace other gases

Tsanfau II is the second-largest moon of Tsanfau. It is about 690 kilometers (428 mi) in diameter. Tsanfau II is mostly covered by freshly created and relatively clean ice sheets, exposed rocky mountaintops, old craters, ice scraps, ice geysers, water-ice layers, and a surprisingly dense atmosphere for its size.

History

Discovery

Naming

Orbit and rotation

Geology

Surface features

Impact craters and Mountains

Tectonic features

Smooth Ice plains

polar regions

ice geysers and plumes

Internal structure

Subsurface water ocean

Composition

Possible heat sources

Tidal heating

Radioactive heating

Chemical factors

Atmosphere

Shape and size