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Rankine to Rømer Converter

Rankine to Rømer Conversion: A Comprehensive Guide

The Rankine and Rømer scales are both absolute temperature scales, meaning they begin at absolute zero, the point where all molecular motion ceases. While less common than Celsius or Kelvin, understanding their conversions can be valuable in certain scientific and engineering applications.

Understanding the Rankine Scale

The Rankine scale, named after Scottish engineer William John Macquorn Rankine, is an absolute temperature scale where zero degrees Rankine (0 °R) corresponds to absolute zero. One degree Rankine is equal to one degree Fahrenheit.

Understanding the Rømer Scale

The Rømer scale, developed by Danish astronomer Ole Rømer in 1701, is an older historical scale. It is also an absolute scale, but its zero point is based on a different set of reference points. On the Rømer scale, the freezing point of brine (a mixture of salt and water) is 0°Rø, and the boiling point of water is 60°Rø.

Rankine to Rmer Conversion Formula

To convert Rankine to Rømer, you'll need to first convert Rankine to Fahrenheit and then Fahrenheit to Rømer. Here's the breakdown:

  1. **Rankine to Fahrenheit:**

    Fahrenheit (°F) = Rankine (°R) - 459.67

  2. **Fahrenheit to Rømer:**

    Rømer (°Rø) = (Fahrenheit (°F) + 32) * (7/24)

Latest Rankine To Rømer Conversions

Rankine Rømer Rankine Rømer Rankine Rømer Rankine Rømer
1°R-135.61°Rø21°R-129.78°Rø41°R-123.95°Rø61°R-118.11°Rø
2°R-135.32°Rø22°R-129.49°Rø42°R-123.65°Rø62°R-117.82°Rø
3°R-135.03°Rø23°R-129.20Rø43°R-123.36°Rø63°R-117.53°Rø
4°R-134.74°Rø24°R-128.90°Rø44R-123.07°Rø64°R-117.24°Rø
5°R-134.45°Rø25°R-128.61°Rø45°R-122.78°Rø65°R-116.95°Rø
6°R-134.15°R26°R-128.32°Rø46°R-122.49°Rø66°R-116.65°Rø
7°R-133.86°Rø27°R-128.03°Rø47°R-122.20°Rø67°R-116.36°Rø
8°R-133.57°Rø28°R-127.74°Rø48°R-121.90°Rø68°R-116.07°Rø
9°R-133.28°Rø29°R-127.45°Rø49°R-121.61°Rø69°R-115.78°Rø
10°R-132.99°Rø30°R-127.15°R50°R-121.32°Rø70°R-115.49°Rø
11R-132.70°Rø31°R-126.86°Rø51°R-121.03°Rø71°R-115.20Rø
12°R-132.40°Rø32°R-126.57°Rø52°R-120.74°Rø72°R-114.90°Rø
13°R-132.11°R33°R-126.28°Rø53°R-120.45°Rø73°R-114.61°Rø
14°R-131.82°Rø34°R-125.99°Rø54°R-120.15Rø74°R-114.32°Rø
15°R-131.53°Rø35°R-125.70°Rø55°R-119.86°Rø75°R-114.03°Rø
16°R-131.24°Rø36°R-125.40°Rø56°R-119.57°Rø76°R-113.74°Rø
17°R-130.95°Rø37°R-125.11Rø57°R-119.28°Rø77°R-113.45°Rø
18°R-130.65°Rø38°R-124.82°Rø58°R-118.99°Rø78°R-113.15°Rø
19°R-130.36°Rø39°R-124.53°Rø59°R-118.70°Rø79°R-112.86°Rø
20°R-130.07Rø40°R-124.24°Rø60°R-118.40°Rø80°R-112.57°Rø

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Leena Paul

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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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