XF4 - Tetrafluorides: Difference between revisions
(Created page with "{{Resource Infobox |Image = File:XF4.jpg |Name = Tetrafluorides |Chemical Formula = XF4 |Atomic Number = ??? |Color (Menu) = ??? |Color (Game) = ??? |Color (Real Life) = Varies depending on the central atom |Rarity = Rare |Type = Solid |Planet Type = ??? |Biome = ??? |Description = Tetrafluorides are a type of compound where a central atom is surrounded by four fluorine atoms. In Starfield, they are used in advanced technology and weaponry due to their unique properties....") |
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In real life, Tetrafluorides are a type of compound where a central atom is surrounded by four fluorine atoms. They are generally crystalline solids and their properties vary depending on the central atom. | In real life, Tetrafluorides are a type of compound where a central atom is surrounded by four fluorine atoms. They are generally crystalline solids and their properties vary depending on the central atom. | ||
[[Category:Resources]] [[Category: | [[Category:Resources]] [[Category:Verified]] | ||
Revision as of 00:58, 4 August 2023
| XF4 - Tetrafluorides | |
|---|---|
| File:File:XF4.jpg | |
| Information | |
| Name | Tetrafluorides |
| Chemical Formula | XF4 |
| Atomic Number | ??? |
| Type | Solid |
| Color (Menu) | ??? |
| Color (Game) | ??? |
| Color (Real Life) | Varies depending on the central atom |
| Rarity | Rare |
| Planet Type | ??? |
| Biome | ??? |
| Description | Tetrafluorides are a type of compound where a central atom is surrounded by four fluorine atoms. In Starfield, they are used in advanced technology and weaponry due to their unique properties. |
| How to Get | ??? |
| Appearance (Game) | ??? |
| Appearance (Real Life) | Varies depending on the central atom, generally crystalline solids |
| Patch | 1.0 |
Tetrafluorides (XF4) is a Rare Solid.
How to Get
Used For
Additional Information
Real Life
In real life, Tetrafluorides are a type of compound where a central atom is surrounded by four fluorine atoms. They are generally crystalline solids and their properties vary depending on the central atom.