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Kelvin (Scientific) to Celsius (Metric)Kelvin (Scientific) to Fahrenheit (US)Kelvin (Scientific) to Rankine (Scientific)Kelvin (Scientific) to Réaumur (Historical)Kelvin (Scientific) to Celsius (Meteorological)Kelvin (Scientific) to Fahrenheit (Meteorological)Kelvin (Scientific) to Celsius (Industrial)Kelvin (Scientific) to Fahrenheit (Industrial)Celsius (Metric) to Kelvin (Scientific)Celsius (Metric) to Fahrenheit (US)Celsius (Metric) to Rankine (Scientific)Celsius (Metric) to Réaumur (Historical)Celsius (Metric) to Celsius (Meteorological)Celsius (Metric) to Fahrenheit (Meteorological)Celsius (Metric) to Celsius (Industrial)Celsius (Metric) to Fahrenheit (Industrial)Fahrenheit (US) to Kelvin (Scientific)Fahrenheit (US) to Celsius (Metric)Fahrenheit (US) to Rankine (Scientific)Fahrenheit (US) to Réaumur (Historical)Fahrenheit (US) to Celsius (Meteorological)Fahrenheit (US) to Fahrenheit (Meteorological)Fahrenheit (US) to Celsius (Industrial)Fahrenheit (US) to Fahrenheit (Industrial)Rankine (Scientific) to Kelvin (Scientific)Rankine (Scientific) to Celsius (Metric)Rankine (Scientific) to Fahrenheit (US)Rankine (Scientific) to Réaumur (Historical)Rankine (Scientific) to Celsius (Meteorological)Rankine (Scientific) to Fahrenheit (Meteorological)Rankine (Scientific) to Celsius (Industrial)Rankine (Scientific) to Fahrenheit (Industrial)Réaumur (Historical) to Kelvin (Scientific)Réaumur (Historical) to Celsius (Metric)Réaumur (Historical) to Fahrenheit (US)Réaumur (Historical) to Rankine (Scientific)Réaumur (Historical) to Celsius (Meteorological)Réaumur (Historical) to Fahrenheit (Meteorological)Réaumur (Historical) to Celsius (Industrial)Réaumur (Historical) to Fahrenheit (Industrial)Celsius (Meteorological) to Kelvin (Scientific)Celsius (Meteorological) to Celsius (Metric)Celsius (Meteorological) to Fahrenheit (US)Celsius (Meteorological) to Rankine (Scientific)Celsius (Meteorological) to Réaumur (Historical)Celsius (Meteorological) to Fahrenheit (Meteorological)Celsius (Meteorological) to Celsius (Industrial)Celsius (Meteorological) to Fahrenheit (Industrial)Fahrenheit (Meteorological) to Kelvin (Scientific)Fahrenheit (Meteorological) to Celsius (Metric)Fahrenheit (Meteorological) to Fahrenheit (US)Fahrenheit (Meteorological) to Rankine (Scientific)Fahrenheit (Meteorological) to Réaumur (Historical)Fahrenheit (Meteorological) to Celsius (Meteorological)Fahrenheit (Meteorological) to Celsius (Industrial)Fahrenheit (Meteorological) to Fahrenheit (Industrial)Celsius (Industrial) to Kelvin (Scientific)Celsius (Industrial) to Celsius (Metric)Celsius (Industrial) to Fahrenheit (US)Celsius (Industrial) to Rankine (Scientific)Celsius (Industrial) to Réaumur (Historical)Celsius (Industrial) to Celsius (Meteorological)Celsius (Industrial) to Fahrenheit (Meteorological)Celsius (Industrial) to Fahrenheit (Industrial)Fahrenheit (Industrial) to Kelvin (Scientific)Fahrenheit (Industrial) to Celsius (Metric)Fahrenheit (Industrial) to Fahrenheit (US)Fahrenheit (Industrial) to Rankine (Scientific)Fahrenheit (Industrial) to Réaumur (Historical)Fahrenheit (Industrial) to Celsius (Meteorological)Fahrenheit (Industrial) to Fahrenheit (Meteorological)Fahrenheit (Industrial) to Celsius (Industrial)
1 Kelvin (Scientific) =
1 Kelvin (Scientific)
1 Kelvin (Scientific) =
-272.15 Celsius (Metric)
1 Kelvin (Scientific) =
-457.87 Fahrenheit (US)
1 Kelvin (Scientific) =
1.8 Rankine (Scientific)
1 Kelvin (Scientific) =
-217.72 Réaumur (Historical)
1 Kelvin (Scientific) =
-272.15 Celsius (Meteorological)
1 Kelvin (Scientific) =
-457.87 Fahrenheit (Meteorological)
1 Kelvin (Scientific) =
-272.15 Celsius (Industrial)
1 Kelvin (Scientific) =
-457.87 Fahrenheit (Industrial)
Instructions
1
Enter the value you want to convert
2
Select the unit of the input value
3
The system will automatically calculate and display the corresponding values
4
Click on any result to quickly copy the value
Limitations
- Supports up to 20 digits (including decimal point)
- Up to 10 decimal places
- Very large or small numbers will be displayed in scientific notation
Did you know?
• The Kelvin scale is the primary unit of temperature measurement in the International System of Units (SI).
• Meteorological temperature units are specifically used in weather forecasting and climate studies.
• Industrial temperature units follow specific safety standards and regulations in manufacturing.
• The absolute zero temperature is 0 K, -273.15°C, or -459.67°F.
• The Celsius scale was originally defined using the freezing and boiling points of water.
• The Fahrenheit scale was created by Daniel Gabriel Fahrenheit in 1724.