I - Iodine: Difference between revisions

From Starfield Fans Wiki
(Created page with "{{Resource Infobox |Image = File:I.jpg |Name = Iodine |Chemical Formula = I |Atomic Number = 53 |Color (Menu) = ??? |Color (Game) = ??? |Color (Real Life) = Violet-black |Rarity = Uncommon |Type = Solid |Planet Type = ??? |Description = Iodine is a heavy, violet-black, shiny element that sublimates into a purple-pink gas. In the game, it's used for various chemical reactions, medical supplies, and advanced technology crafting. |Appearance (Game) = ??? |Appearance (Real L...")
 
m (Text replacement - "|Planet Type = ???" to "|Planet Type = ??? |Biome = ???")
Line 10: Line 10:
|Type = Solid
|Type = Solid
|Planet Type = ???
|Planet Type = ???
|Biome = ???
|Description = Iodine is a heavy, violet-black, shiny element that sublimates into a purple-pink gas. In the game, it's used for various chemical reactions, medical supplies, and advanced technology crafting.
|Description = Iodine is a heavy, violet-black, shiny element that sublimates into a purple-pink gas. In the game, it's used for various chemical reactions, medical supplies, and advanced technology crafting.
|Appearance (Game) = ???
|Appearance (Game) = ???

Revision as of 21:14, 5 August 2023

I - Iodine
File:File:I.jpg
Information
Name Iodine
Chemical Formula I
Atomic Number 53
Type Solid
Color (Menu) ???
Color (Game) ???
Color (Real Life) Violet-black
Rarity Uncommon
Planet Type ???
Biome ???
Description Iodine is a heavy, violet-black, shiny element that sublimates into a purple-pink gas. In the game, it's used for various chemical reactions, medical supplies, and advanced technology crafting.
How to Get ???
Appearance (Game) ???
Appearance (Real Life) Shiny, violet-black solid that sublimates into a purple-pink gas
Patch 1.0

Iodine (I) is a Uncommon Solid.


How to Get

Used For

Additional Information

Real Life

In real life, Iodine is a chemical element with the symbol I and atomic number 53. The heaviest of the stable halogens, it exists as a lustrous, purple-black nonmetallic solid at standard conditions that sublimates readily to form a violet gas.