Converting from Kelvin (K) to Newton (°N) | Temperature

What is Kelvin (K)

Kelvin (K) is a unit of temperature in the International System of Units (SI). It is an absolute scale, meaning it starts from absolute zero, which is the lowest temperature possible at which particles have minimal motion. The Kelvin scale is used in scientific and engineering applications.

What is Newton (°N)

Newton (°N) is a unit of temperature used in certain scientific contexts. It is based on the work of Sir Isaac Newton and is primarily utilized in thermodynamics. Unlike the Kelvin scale, the Newton scale is a rarely used unit of temperature.

Conversion Formulas

The conversion formulas between Kelvin (K) and Newton (°N) are as follows:

Kelvin to Newton: T(°N)=T(K)×−89.8095

Newton to Kelvin: T(K)=T(°N)×276.1803

Examples

1. Converting 6 Kelvin (K) to Newton (°N): 6(K)×−89.8095=−88.1595(°N)
2. Converting 3 Newton (°N) to Kelvin (K): 3(°N)×276.1803=282.2409(K)
3. Converting 16 Kelvin (K) to Newton (°N): 16(K)×−89.8095=−84.8595(°N)
4. Converting 6 Newton (°N) to Kelvin (K): 6(°N)×276.1803=291.3318(K)

Use the provided formulas and examples on this page to perform conversions from Kelvin (K) to Newton (°N) and vice versa for accurate temperature measurements.