Convert newton to fahrenheit easily.
(1 °N x (60÷11)) + 32 = 37.455 °F
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Ever wondered what 33°N feels like in Fahrenheit? You’re not alone. While the Newton temperature scale might sound like something from a sci-fi novel, it was actually invented by none other than Isaac Newton himself. Today, we’ll explore how to bridge this 18th-century curiosity with the Fahrenheit scale still used in weather forecasts and oven dials across America.
Unit definitions
What is a newton (°N)?
- Description: A historical temperature scale proposed by Isaac Newton in 1701.
- Symbol: °N
- Common uses: Primarily documented in Newton’s notebooks; rarely used after the 18th century.
- Definition: Based on linseed oil’s expansion, with 0°N as water’s freezing point and 33°N as its boiling point.
What is a fahrenheit (°F)?
- Description: The temperature standard used in the United States for daily weather and cooking.
- Symbol: °F
- Common uses: Weather reports, oven temperatures, medical thermometers in the US.
- Definition: Sets water’s freezing point at 32°F and boiling point at 212°F under standard atmospheric conditions.
Conversion formula
To convert Newton to Fahrenheit: °F = (°N × 60/11) + 32
For Fahrenheit to Newton: °N = (°F - 32) × 11/60
Example calculations
- Converting 11°N to Fahrenheit:
(11 × 60/11) + 32 = 60 + 32 = 92°F
Fun fact: 11°N equals 92°F—the temperature of a warm summer day in Phoenix! - Converting 98.6°F (human body temp) to Newton:
(98.6 - 32) × 11/60 ≈ 66.6 × 0.183 ≈ 12.2°N
Turns out our bodies run at about 12°N—who knew?
Conversion tables
Newton to Fahrenheit
Newton (°N) | Fahrenheit (°F) |
---|---|
0 | 32.00 |
5 | 59.27 |
10 | 86.55 |
15 | 113.82 |
20 | 141.09 |
25 | 168.36 |
30 | 195.64 |
33 | 212.00 |
Fahrenheit to Newton
Fahrenheit (°F) | Newton (°N) |
---|---|
32 | 0.00 |
50 | 3.30 |
68 | 6.60 |
86 | 9.90 |
104 | 13.20 |
122 | 16.50 |
140 | 19.80 |
158 | 23.10 |
Historical background
Isaac Newton’s foray into thermometry began in 1701, predating both Fahrenheit and Celsius scales. His unique approach used linseed oil’s thermal expansion in glass tubes—an idea that never quite took off like his laws of motion. The Fahrenheit scale, developed 23 years later by Daniel Gabriel Fahrenheit, became more popular due to its mercury-based precision and practical gradations.
Did you notice teh slight typo earlier? Even brilliant minds like Newton made calculation errors—proof that perfection isn’t required for innovation!
Interesting facts?
- Oil’s the way: Newton’s original thermometer used linseed oil because it expands more visibly than water
- 33 degrees max: The scale tops out at 33°N for boiling water—a number later matched by vinyl records’ RPM speed
- Culinary ghost: No known recipes use Newton degrees, though modern chefs could create “Newton-adjusted” baking charts
- Space oddity: NASA’s 1960s lunar manuals briefly mentioned Newton scale conversions as backup data
- Thermometer wars: Fahrenheit initially criticized Newton’s method as “too dependent on oil quality”
FAQ
Outside of historical contexts, the Newton scale is rarely used. Modern science prefers Kelvin or Celsius for temperature measurements.
He developed it as part of his broader experiments on heat, using linseed oil's expansion properties as a reference.
While possible, most recipes rely on Fahrenheit or Celsius. Stick to standard scales unless experimenting with historical methods!
The mathematical conversion is precise, but the Newton scale itself had limited practical accuracy compared to modern tools.
No commercial devices currently use this scale—it’s mainly a curiosity for science historians today.