boilingPoint

P19717
predicate

Indicates the temperature at which a substance changes from liquid to gas under specified pressure conditions.

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All labels observed (10)

Label Occurrences
boilingPoint canonical 21
boilingPointKelvin 4
hasBoilingPoint 3

Description generation (PDg)

The one-sentence description above was generated by prompting gpt-5.1 with the predicate name and this instruction.

Instruction
Given a predicate that represents a relationship or action between entities, generate a one-sentence description explaining its meaning.  
# Instructions
Focus on describing the relationship, not the entities themselves. 
# Response Format
Begin the description with \' Indicates...\'
Input
Predicate: boilingPoint
Generated description
Indicates the temperature at which a substance changes from liquid to gas under specified pressure conditions.

Sample triples (37)

Subject Object
Silver 2162 °C ⓘ
nobelium
surface form: Nobelium
unknown (not well established) ⓘ
THC 157 °C ⓘ
VX gas
surface form: VX
298 °C ⓘ
helium-3 3.19 K via predicate surface "boilingPointAt1atm" ⓘ
kelvin approximately 373.15 K at 1 atm via predicate surface "exampleBoilingPointOfWater" ⓘ
Nickel 3186 via predicate surface "boilingPointKelvin" ⓘ
copper (chemical element)
surface form: copper
2562 °C ⓘ
Vanadium 3407 °C ⓘ
carbolic acid about 181.7 °C via predicate surface "hasBoilingPoint" ⓘ
Gold 2856 °C ⓘ
indium (In)
surface form: indium
2072 °C ⓘ
thallium (Tl)
surface form: thallium
1746 via predicate surface "boilingPointKelvin" ⓘ
Fahrenheit 212 degrees Fahrenheit via predicate surface "boilingPointOfWater" ⓘ
Water 100 °C ⓘ
Platinum 3825 °C ⓘ
Jet-A kerosene approximately 150–300 °C via predicate surface "boilingRange" ⓘ
beryllium 2469 °C ⓘ
neptunium about 3902 °C ⓘ
LPG about −42 °C to −0.5 °C depending on mix via predicate surface "boilingPointRange" ⓘ
lanthanum 3737 K ⓘ
scandium
surface form: Scandium
3109 via predicate surface "boilingPointKelvin" ⓘ
yttrium 3338 °C ⓘ
lutetium
surface form: Lutetium
3402 °C ⓘ
ytterbium 1196 °C ⓘ
palladium
surface form: Palladium
3236 via predicate surface "boilingPointK" ⓘ
Celsius 100 °C via predicate surface "boilingPointOfWater" ⓘ
Celsius 373.15 K via predicate surface "boilingPointOfWaterInKelvin" ⓘ
helium-4 ≈4.22 K via predicate surface "boilingPointAt1atm" ⓘ
capsaicin 210–220 °C at reduced pressure ⓘ
TNT decomposes before boiling ⓘ
Salt 1413 °C via predicate surface "hasBoilingPoint" ⓘ
aldrin 145 °C at 0.1 mmHg via predicate surface "hasBoilingPoint" ⓘ
thorium about 4788 °C ⓘ
curium 3110 °C (approximate) ⓘ
berkelium
surface form: Berkelium
2900 via predicate surface "boilingPointKelvin" ⓘ
protactinium about 4000 K ⓘ