1,100 degrees Celsius
1,373 KTemperature · definition
Celsius and Fahrenheit have shifted zero points. Differences are useful; “twice as hot” in °C or °F is not a physical temperature ratio.
Temperature
Just how hot is 1,100 degrees Celsius?
Fire & industry
1,100 °C
2,012 °Fdegrees Fahrenheit
1,373.2 Kkelvin
01
1,100 degrees Celsius1,373 KTemperature · definition
02
Lava1,373 KTemperature · defined reference
Celsius and Fahrenheit zero points are offsets. Compare temperature differences, not ratios in °C or °F. The kelvin axis starts at absolute zero.
A little perspective
1,100 degrees Celsius and Lava are at the same temperature.
Measurements, assumptions & sources +
1,100 degrees Celsius
Celsius and Fahrenheit have shifted zero points. Differences are useful; “twice as hot” in °C or °F is not a physical temperature ratio.
Lava
A chosen 1,100 °C lava-temperature model; composition and eruption conditions vary.
Defined examples — our methodology
The marked temperature is calibrated. Unmeasured illustration details are representative.
Measurement details
Why these numbers?
The visual compares temperature with temperature. The records below preserve each value’s basis and caveats.
Lava
1,373 KTemperature · defined reference
A chosen 1,100 °C lava-temperature model; composition and eruption conditions vary.
- Comparing
- Temperature ↔ Temperature
- Relative size
- Temperature comparisons use an absolute difference in kelvins rather than a multiplicative ratio.
How to read the visual
The labelled spans and stored measurements determine the scale; unmeasured illustration details do not.
- Lava is labelled defined reference; treat the displayed value as a comparison anchor rather than false precision.
Change your perspective
Put it next to…
Choose a suggestion to redraw the comparison, or open its page to learn what it is.
A little smaller. A little larger.