Rankine to Delisle Converter

Rankine to Delisle Conversion: A Comprehensive Guide

The Rankine and Delisle scales are both temperature scales, though less common in everyday use. The Rankine scale is an absolute scale, meaning it starts at absolute zero (the point where all molecular motion ceases). The Delisle scale, on the other hand, is a descending scale where the boiling point of water is 0 degrees.

This guide will provide a comprehensive understanding of the Rankine to Delisle conversion process, including the underlying formula and a helpful online calculator.

Understanding the Rankine Scale

The Rankine scale is an absolute thermodynamic temperature scale named after Scottish engineer William John Macquorn Rankine. It uses the same degree size as the Fahrenheit scale but has its zero point at absolute zero (0 °R = -459.67 °F = 0 K).

Understanding the Delisle Scale

The Delisle scale, invented by French astronomer Joseph-Nicolas Delisle, is a descending scale. This means the boiling point of water is 0°D, and the freezing point of water is 150°D.

Rankine to Delisle Conversion Formula

The formula to convert Rankine to Delisle is a multi-step process:

**Convert Rankine to Fahrenheit:** Fahrenheit (F) = Rankine (°R) - 459.67
**Convert Fahrenheit to Celsius:** Celsius (°C) = (Fahrenheit (°F) - 32) * 5/9
**Convert Celsius to Delisle:** Delisle (°D) = (100 - Celsius (°C)) * 3/2

Latest Rankine To Delisle Conversions

287 Rankine To Delisle

51 Rankine To Delisle

326 Rankine To Delisle

188 Rankine To Delisle

81 Rankine To Delisle

335 Rankine To Delisle

683 Rankine To Delisle

Rankine	Delisle	Rankine	Delisle	Rankine	Delisle	Rankine	Delisle
1°R	558.89°De	21°R	542.23°De	41°R	525.56°De	61°R	508.89°De
2°R	558.06°De	22°R	541.39°De	42°R	524.73°De	62°R	508.06De
3°R	557.23°De	23°R	540.56°De	43°R	523.89°De	63°R	507.22°De
4°R	556.39°De	24°R	539.73°De	44°R	523.06°De	64°R	506.39°De
5°R	555.56°De	25°R	538.89°De	45°R	522.23°De	65°R	505.56°De
6°R	554.73°De	26°R	538.06°De	46°R	521.39°De	66°R	504.72°De
7°R	553.89°De	27R	537.23°De	47°R	520.56°De	67°R	503.89°De
8°R	553.06°De	28°R	536.39°De	48°R	519.73°De	68°R	503.06°De
9°R	552.23°De	29°R	535.56°De	49°R	518.89°De	69°R	502.22°De
10°R	551.39°De	30°R	534.73°De	50°R	518.06°De	70°R	501.39°De
11°R	550.56°De	31°R	533.89°De	51°R	517.23°De	71°R	500.56°De
12°R	549.73°De	32°R	533.06°De	52°R	516.39°De	72°R	499.72°De
13°R	548.89°De	33°R	532.23°De	53°R	515.56°De	73°R	498.89°De
14°R	548.06°De	34°R	531.39°De	54°R	514.73°De	74°R	498.06°De
15°R	547.23°De	35°R	530.56°De	55°R	513.89°De	75R	497.22°De
16°R	546.39°De	36°R	529.73°De	56°R	513.06°De	76°R	496.39°De
17°R	545.56°De	37R	528.89°De	57°R	512.23°De	77°R	495.56°De
18°R	544.73°De	38°R	528.06°De	58°R	511.39°De	78°R	494.72°De
19°R	543.89°De	39°R	527.23°De	59°R	510.56°De	79°R	493.89°De
20°R	543.06°De	40°R	526.39°De	60°R	509.72°De	80°R	493.06°De

Other Rankine Conversions

Rankine To Celsius

Rankine To Fahrenheit

Rankine To Kelvin

Rankine To Newton

Rankine To Réaumur

Rankine To Rømer

Temperature Conversions

Celsius

Fahrenheit

Kelvin

Newton

Réaumur

Rømer

Author

Leena Paul

Web Developer

Leena Paul is a dedicated developer passionate about creating user-friendly tools for everyday needs. As the creator of tempcal.pro, she specializes in crafting accurate and efficient calculators like the Temperature Calculator. With a focus on simplicity and reliability, Leena strives to make online tools accessible for everyone.

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