Difference between revisions of "Element:WATR"

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WATR represents the water in real life. It will boil into {{Material | WTRV}} at temperatures above 99.85°C and freeze into {{Material | ICE}} at temperatures below 0°C. The ICE may immediately turn into {{Material | SNOW}} under enough pressure, which can also affect temperatures (lower pressure makes water more prone to evaporate, for example). Water vapor, when immediately cooled to temperatures below 0°C, will skip the liquid phase and turn into {{Material | RIME}}.
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=== [[File:WATR.png|WATR]] [[Element:WATR|Water]]  ===
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'''Description:'''
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"Conducts electricity, freezes, and extinguishes fires."
  
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Water has several different variants: {{Material | BUBW}}, {{Material | SLTW}} (WATR combined with salt), {{Material | FRZW}} and {{Material | DSTW}}.
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'''Spawn temperature:''' +22.00 ''Celsius'' | 295.15 ''Kelvin''.
  
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Water conducts electricity, but does so slower than most other conductors. It also takes longer for water to be able to conduct electricity again. SLTW conducts slightly faster, DSTW not at all.
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Hex triplet colour: #2030D0 (mild light blue).
  
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DSTW will turn into WATR if other WATR is nearby. Similarly WATR will turn into SLTW if some is nearby.
 
  
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WATR will extinguish {{Material | FIRE}}, and set off {{Material | RBDM}} and {{Material | LRBD}}. It will turn into DSTW when bombarded with neutrons.
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== Element properties==
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Water evaporates into [[Element:WTRV|water vapor]] at any temperature greater than ''(+99.85 + 2×pressure) C'' | ''(373.00 + 2×pressure) K''. ''+0.50'' pressure is released at the site of evaporation.
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Water freezes into [[Element:ICE|ice]] or [[Element:SNOW|snow]] at any temperature less than ''0.00 ''C'' | ''273.15 K'', into ice if the pressure is less than ''+0.80'' and into snow if it is equal to or greater than ''+0.80''.
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== General information ==
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 +
 
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Is a product of [[Element:DSTW|distilled water]] and most powders and liquids, with a slow but existent capacity to conduct [[Element:SPRK|electricity]].
 +
 
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Ignites [[Element:RBDM|(solid) rubidium]] and [[Element:LRBD|liquid rubidium]] if in contact with them, but also extinguishes [[Element:FIRE|fire]].
 +
 
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[[Element:DSTW|Distilled water]] will turn to water if other water is in contact with it. Similarly, water will turn to [[Element:SLTW|saltwater]] if in contact with it.
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== Neutron reactions ==
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Water becomes [[Element:DSTW|distilled water]] if bombarded with [[Element:NEUT|neutrons]].
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[[Element:NEUT|Neutrons]] will travel in water and convert water to [[Element:DSTW|distilled water]], but will be slowed down and eventually it will either get terminated by the water or (if present) materials that absorb neutrons.
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== Known water reactions ==
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'''Intrinsic reactions:'''
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* {{MaterialBtn | WATR}}[@ Temp ≥ ''(+99.86 + 2×Pressure) C'' | ''(373.01 + 2×Pressure)) K''] → {{MaterialBtn | WTRV}} + ''0.50'' Pressure
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* {{MaterialBtn | WATR}}[@ Temp ≤ ''-0.01 C'' | ''273.14 K''] & [Pressure ≥ ''+0.80''] → {{MaterialBtn | SNOW}}
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* {{MaterialBtn | WATR}}[@ Temp ≤ ''-0.01 C'' | ''273.14 K''] & [Pressure ≤ ''+0.79''] → {{MaterialBtn | ICE}}
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 +
 
 +
'''Reactions that produce WATR:'''
 +
 
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* {{MaterialBtn | BOYL}} + {{MaterialBtn | OXYG}} → {{MaterialBtn | WATR}}
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* {{MaterialBtn | HYGN}}[@ Pressure ≤ ''+0.79''] + {{MaterialBtn | DESL}}[@ Pressure ≤ ''+0.50''] → {{MaterialBtn | WATR}} + {{MaterialBtn | OIL}}
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* {{MaterialBtn | BUBW}} with time → {{MaterialBtn | WATR}} + {{MaterialBtn | CO2}}[of Ctype STNE]
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* {{MaterialBtn | SPNG}}[of Life = ''n''] → {{MaterialBtn | WATR}} + {{MaterialBtn | SPNG}}[of Life = ''n - 1'']
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* {{MaterialBtn | RIME}}[@ Temp ≥ ''0.00 C'' | ''273.15 K''] → {{MaterialBtn | WATR}}
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 +
 
 +
'''Reactions with electronics:'''
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* {{MaterialBtn | WATR}} + {{MaterialBtn | SPRK}} → {{MaterialBtn | WATR}} + more {{MaterialBtn | SPRK}} (slowest conduction)
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 +
 
 +
'''Reactions with explosives:'''
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* {{MaterialBtn | WATR}} + {{MaterialBtn | FIRE}}[not of Ctype = WATR] → {{MaterialBtn | WATR}}
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* {{MaterialBtn | WATR}} + {{MaterialBtn | LRBD}}/{{MaterialBtn | RBDM}} → {{MaterialBtn | WATR}} + {{MaterialBtn | FIRE}}[@ Temp = ''+922.00 C'' | ''1195.15 K'']
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'''Reactions with gases:'''
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* {{MaterialBtn | WATR}} + {{MaterialBtn | CO2}} → {{MaterialBtn | BUBW}}
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* {{MaterialBtn | WATR}} + {{MaterialBtn | BOYL}} → {{MaterialBtn | FOG}}
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'''Reactions with liquids:'''
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* {{MaterialBtn | WATR}} + {{MaterialBtn | DSTW}} → {{MaterialBtn | WATR}}×2 (moderately fast)
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 +
* {{MaterialBtn | WATR}} + {{MaterialBtn | SLTW}} → {{MaterialBtn | SLTW}}×2 (moderately fast)
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* {{MaterialBtn | WATR}} + {{MaterialBtn | GLOW}} → {{MaterialBtn | DEUT}} (gradual and partial)
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* {{MaterialBtn | WATR}}[@ Temp ≤ ''+100.04 C'' | ''373.19 K''] + {{MaterialBtn | GEL}}[of Tmp = ''0''] → {{MaterialBtn | GEL}}[of Tmp = ''+1'']
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* {{MaterialBtn | WATR}} + {{MaterialBtn | FRZW}} → {{MaterialBtn | FRZW}}×2 (moderately fast)
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'''Reactions with powders:'''
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* {{MaterialBtn | WATR}} + {{MaterialBtn | SALT}} → {{MaterialBtn | SLTW}}
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* {{MaterialBtn | WATR}} + {{MaterialBtn | FRZZ}} → {{MaterialBtn | FRZW}} [slower if WATR has higher Temp]
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* {{MaterialBtn | WATR}} + {{MaterialBtn | CLST}} → {{MaterialBtn | PSTE}}
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'''Reactions with solids:'''
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* {{MaterialBtn | WATR}} + {{MaterialBtn | PLNT}} → {{MaterialBtn | PLNT}}×2
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* {{MaterialBtn | WATR}} + {{MaterialBtn | IRON}} → {{MaterialBtn | WATR}} + {{MaterialBtn | BMTL}}[of Tmp = 1]
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* {{MaterialBtn | WATR}}[@ Temp ≤ ''+100.04 C'' | ''373.19 K''] + {{MaterialBtn | SPNG}}[of Life = ''n'' & Life < ''50''] → {{MaterialBtn | SPNG}}[of Life = ''n + 1'']
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'''Reactions with radioactives/radiation:'''
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* {{MaterialBtn | WATR}} + {{MaterialBtn | NEUT}}[@ certain Velocities of vx and vy] → {{MaterialBtn | DSTW}} + {{MaterialBtn | NEUT}}[@ slower Velocities of lesser vx and vy]
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* {{MaterialBtn | WATR}} + {{MaterialBtn | ELEC}} → {{MaterialBtn | HYGN}} + {{MaterialBtn | ELEC}}[reflected] + {{MaterialBtn | OXYG}}
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{{Languages}}
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[[Category:Elements]]
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[[Category:Liquids]]
  
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== Reactions ==
 
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WATR causes some reactions when combined with other materials:
 
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* {{MaterialBtn | WATR}} + {{MaterialBtn | FIRE}} -> {{MaterialBtn | WATR}} + {{MaterialBtn | SMKE}} (the fire is extinguished, it is common for the water to evaporate into {{Material | WTRV}})
 
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* {{MaterialBtn | WATR}} + {{MaterialBtn | RBDM}} -> {{MaterialBtn | WATR}} + {{MaterialBtn | FIRE}} + pressure (RBDM explodes)
 
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* {{MaterialBtn | WATR}} + {{MaterialBtn | LRBD}} -> {{MaterialBtn | WATR}} + {{MaterialBtn | FIRE}} + pressure (LRBD explodes)
 
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* {{MaterialBtn | WATR}} + {{MaterialBtn | IRON}} -> {{MaterialBtn | WATR}} + {{MaterialBtn | BMTL}} / {{MaterialBtn | BRMT}} (iron corrodes: reaction is inhibited by {{Material | GOLD}})
 
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* {{MaterialBtn | WATR}} + {{MaterialBtn | CLST}} -> {{MaterialBtn | PSTE}}
 
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* {{MaterialBtn | WATR}} + {{MaterialBtn | GLOW}} -> {{MaterialBtn | DEUT}}
 
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* {{MaterialBtn | WATR}} + {{MaterialBtn | IRON}} + {{MaterialBtn | SPRK}} -> {{MaterialBtn | HYGN}} + {{MaterialBtn | OXYG}} ([[Electrolysis]])
 
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* {{MaterialBtn | WATR}} + {{MaterialBtn | ELEC}} -> {{MaterialBtn | HYGN}} + {{MaterialBtn | OXYG}} ([[Electrolysis]])
 
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* {{MaterialBtn | WATR}} + {{MaterialBtn | SPNG}} -> {{MaterialBtn | SPNG}} (SPNG absorbs the WATR)
 
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* {{MaterialBtn | WATR}} + {{MaterialBtn | GEL}} -> {{MaterialBtn | GEL}} (GEL absorbs the WATR)
 
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=== Water variants ===
 
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* {{MaterialBtn | WATR}} + {{MaterialBtn | SALT}} -> {{MaterialBtn | SLTW}}
 
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* {{MaterialBtn | WATR}} + {{MaterialBtn | NEUT}} -> {{MaterialBtn | DSTW}}
 
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* {{MaterialBtn | WATR}} + {{MaterialBtn | CO2}} -> {{MaterialBtn | BUBW}}
 
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* {{MaterialBtn | WATR}} + {{MaterialBtn | FRZZ}} -> {{MaterialBtn | FRZW}}
 
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* {{MaterialBtn | WATR}} + {{MaterialBtn | DSTW}} -> {{MaterialBtn | WATR}} (the DSTW slowly turns into WATR)
 
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* {{MaterialBtn | WATR}} + {{MaterialBtn | SLTW}} -> {{MaterialBtn | SLTW}} (the WATR very slowly turns into SLTW)
 
  
 
{{Languages}}
 
{{Languages}}

Revision as of 09:32, 28 June 2020

WATR.png Water
WaterSticky.gif
Conducts electricity, freezes, and extinguishes fires.
Properties
Section Liquids
Spawn temperature 20°C
Heat Conductivity 11.6%
Relative weight 30
Gravity 0.1
Acid dissolve rate 2%
Flammability 0
State Liquid
Transitions
Low temperature ICE.png below 0°C
High temperature WTRV.png above 99.85°C
Misc properties
Conducts electricity (SPRK)
Allows neutrons to pass through
Source code


WATR Water

Description: "Conducts electricity, freezes, and extinguishes fires."

Spawn temperature: +22.00 Celsius | 295.15 Kelvin.

Hex triplet colour: #2030D0 (mild light blue).


Element properties

Water evaporates into water vapor at any temperature greater than (+99.85 + 2×pressure) C | (373.00 + 2×pressure) K. +0.50 pressure is released at the site of evaporation.


Water freezes into ice or snow at any temperature less than 0.00 C | 273.15 K, into ice if the pressure is less than +0.80 and into snow if it is equal to or greater than +0.80.


General information

Is a product of distilled water and most powders and liquids, with a slow but existent capacity to conduct electricity.

Ignites (solid) rubidium and liquid rubidium if in contact with them, but also extinguishes fire.

Distilled water will turn to water if other water is in contact with it. Similarly, water will turn to saltwater if in contact with it.

Neutron reactions

Water becomes distilled water if bombarded with neutrons.

Neutrons will travel in water and convert water to distilled water, but will be slowed down and eventually it will either get terminated by the water or (if present) materials that absorb neutrons.


Known water reactions

Intrinsic reactions:

  • WATR.png[@ Temp ≥ (+99.86 + 2×Pressure) C | (373.01 + 2×Pressure)) K] → WTRV.png + 0.50 Pressure
  • WATR.png[@ Temp ≤ -0.01 C | 273.14 K] & [Pressure ≥ +0.80] → SNOW.png
  • WATR.png[@ Temp ≤ -0.01 C | 273.14 K] & [Pressure ≤ +0.79] → ICE.png


Reactions that produce WATR:

  • BOYL.png + OXYG.png → WATR.png
  • HYGN.png[@ Pressure ≤ +0.79] + DESL.png[@ Pressure ≤ +0.50] → WATR.png + OIL.png
  • BUBW.png with time → WATR.png + CO2.png[of Ctype STNE]
  • SPNG.png[of Life = n] → WATR.png + SPNG.png[of Life = n - 1]
  • RIME.png[@ Temp ≥ 0.00 C | 273.15 K] → WATR.png


Reactions with electronics:

  • WATR.png + SPRK.png → WATR.png + more SPRK.png (slowest conduction)


Reactions with explosives:

  • WATR.png + FIRE.png[not of Ctype = WATR] → WATR.png
  • WATR.png + LRBD.png/RBDM.png → WATR.png + FIRE.png[@ Temp = +922.00 C | 1195.15 K]


Reactions with gases:

  • WATR.png + CO2.png → BUBW.png
  • WATR.png + BOYL.png → FOG.png


Reactions with liquids:

  • WATR.png + DSTW.png → WATR.png×2 (moderately fast)
  • WATR.png + SLTW.png → SLTW.png×2 (moderately fast)
  • WATR.png + GLOW.png → DEUT.png (gradual and partial)
  • WATR.png[@ Temp ≤ +100.04 C | 373.19 K] + GEL.png[of Tmp = 0] → GEL.png[of Tmp = +1]
  • WATR.png + FRZW.png → FRZW.png×2 (moderately fast)


Reactions with powders:

  • WATR.png + SALT.png → SLTW.png
  • WATR.png + FRZZ.png → FRZW.png [slower if WATR has higher Temp]
  • WATR.png + CLST.png → PSTE.png


Reactions with solids:

  • WATR.png + PLNT.png → PLNT.png×2
  • WATR.png + IRON.png → WATR.png + BMTL.png[of Tmp = 1]
  • WATR.png[@ Temp ≤ +100.04 C | 373.19 K] + SPNG.png[of Life = n & Life < 50] → SPNG.png[of Life = n + 1]


Reactions with radioactives/radiation:

  • WATR.png + NEUT.png[@ certain Velocities of vx and vy] → DSTW.png + NEUT.png[@ slower Velocities of lesser vx and vy]
  • WATR.png + ELEC.png → HYGN.png + ELEC.png[reflected] + OXYG.png


Language: [[::Element:WATR|English]]


Language: [[::Element:WATR|English]]
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