 
 <prompt> text: ```Di Kelvin scale na one absolute thermodynamic temperature scale wey dey use absolute zero as e null point, di temperature wey all thermal motion stop according to classical description of thermodynamics. Di kelvin (symbol: K) na di base unit of temperature for di International System of Units (SI). Di kelvin dey defined as di fraction of di thermodynamic temperature of di triple point of water (exactly 0.01 °C or 32.018 °F). In other words, e dey defined so dat di triple point of water go dey exactly 273.16 K.

Di Kelvin scale dey named after di Belfast-born, Glasgow University engineer and physicist William Thomson, 1st Baron Kelvin (1824–1907), wey write about di need for one "absolute thermometric scale". Unlike di degree Fahrenheit and degree Celsius, di kelvin no dey referred to or typeset as one degree. Di kelvin na di primary unit of temperature measurement for di physical sciences, but e dey often used together with di degree Celsius, wey get di same magnitude. Di definition dey imply say absolute zero (0 K) dey equivalent to .

For 1848, William Thomson, wey later become Lord Kelvin, write for im paper, "On an Absolute Thermometric Scale", about di need for one scale wey "infinite cold" (absolute zero) go be di null point of di scale, and wey go use di degree Celsius for im unit increment. Kelvin calculate say absolute zero dey equivalent to −273 °C for di air thermometers of di time. Dis absolute scale wey dey known today as di Kelvin thermodynamic temperature scale. Kelvin value of "−273" na di negative reciprocal of 0.00366—di accepted expansion coefficient of gas per degree Celsius relative to di ice point, wey give one remarkable consistency to di currently accepted value.

Wetin be di answers to dis set of questions:

1. Wetin stop for absolute zero?
2. For which scale e be di null point?
3. For who di Kelvin scale dey named?
4. Wetin be im title?
5. When im born?
6. Where?
7. When im die?
8. Which school im work for?
9. Wetin be di paper wey Lord Kelvin write?
10. When?

Numbered answers:``` <response>: ```1. all thermal motion
2. Di Kelvin scale na one absolute thermodynamic temperature scale wey dey use absolute zero as e null point, di temperature wey all thermal motion go stop according to classical description of thermodynamics.
3. William Thomson,
4. 1st Baron Kelvin
5. 1824
6. Belfast
7. T1907
8. Glasgow University
9. "On an Absolute Thermometric Scale",
10. 1848``` 