The Delisle scale, a historical temperature scale, was once widely used in France. While it has largely been superseded by Celsius and Fahrenheit, understanding its conversion to Fahrenheit can be valuable for historical research or scientific curiosity. This guide will delve into the intricacies of Delisle to Fahrenheit conversion and explore the tools available to make this process seamless.
The Delisle scale, developed by French astronomer Joseph-Nicolas Delisle, is based on the boiling point of water. Unlike Celsius and Fahrenheit, which assign 0° to the freezing point of water, the Delisle scale assigns 0° to the boiling point of water. As the temperature decreases, the Delisle scale reading increases. This unique characteristic makes it distinct from other temperature scales.
The formula for converting Delisle to Fahrenheit is as follows:
Fahrenheit = (100 - Delisle) * 1.8 + 32
Where:
While you can manually perform the conversion using the formula, online calculators offer a convenient and efficient solution. These calculators are readily available on various websites and often provide instant results. Simply input the temperature in degrees Delisle, and the calculator will instantly display the equivalent temperature in degrees Fahrenheit.
When searching for a Delisle to Fahrenheit conversion calculator, prioritize reputable sources. Look for calculators on websites of educational institutions, scientific organizations, or well-established online resources. Ensure the calculator provides accurate results and includes clear instructions.
Understanding temperature scales and their conversions is crucial in various fields, including science, engineering, and meteorology. By familiarizing yourself with the Delisle scale and its conversion to Fahrenheit, you can broaden your understanding of temperature measurement and its historical context.
Delisle | Fahrenheit | Delisle | Fahrenheit | Delisle | Fahrenheit | Delisle | Fahrenheit |
---|---|---|---|---|---|---|---|
1°De | 99.45°F | 21°De | 88.55°F | 41°De | 77.64°F | 61°De | 66.73°F |
2°De | 98.91°F | 22°De | 88.00°F | 42°De | 77.09°F | 62°De | 66.18°F |
3°De | 98.36°F | 23°De | 87.45°F | 43°De | 76.55°F | 63°De | 65.64°F |
4°De | 97.82°F | 24°De | 86.91°F | 44°De | 76.00°F | 64°De | 65.09°F |
5°De | 97.27°F | 25°De | 86.36°F | 45°De | 75.45°F | 65°De | 64.55°F |
6°De | 96.73°F | 26°De | 85.82°F | 46°De | 74.91°F | 66°De | 64.00°F |
7°De | 96.18°F | 27°De | 85.27°F | 47°De | 74.36°F | 67°De | 63.45°F |
8°De | 95.64°F | 28°De | 84.73°F | 48°De | 73.82°F | 68°De | 62.91°F |
9°De | 95.09°F | 29°De | 84.18°F | 49°De | 73.27°F | 69°De | 62.36°F |
10°De | 94.55F | 30°De | 83.64°F | 50°De | 72.73°F | 70°De | 61.82°F |
11°De | 94.00°F | 31°De | 83.09°F | 51°De | 72.18°F | 71°De | 61.27°F |
12De | 93.45°F | 32°De | 82.55°F | 52°De | 71.64°F | 72°De | 60.73°F |
13°De | 92.91°F | 33°De | 82.00°F | 53°De | 71.09°F | 73°De | 60.18°F |
14°De | 92.36°F | 34°De | 81.45°F | 54°De | 70.55°F | 74°De | 59.64°F |
15°De | 91.82°F | 35°De | 80.91°F | 55°De | 70.00°F | 75°De | 59.09°F |
16°De | 91.27°F | 36°De | 80.36°F | 56°De | 69.45°F | 76°De | 58.55°F |
17°De | 90.73°F | 37°De | 79.82°F | 57°De | 68.91°F | 77°De | 58.00°F |
18°De | 90.18°F | 38°De | 79.27°F | 58°De | 68.36F | 78°De | 57.45°F |
19°De | 89.64°F | 39°De | 78.73°F | 59°De | 67.82°F | 79°De | 56.91°F |
20°De | 89.09°F | 40°De | 78.18°F | 60De | 67.27°F | 80°De | 56.36°F |