degrees Rankine to degrees Celsius conversion

How to convert degrees rankine to degrees celsius?

Sure! To convert degrees Rankine (°R) to degrees Celsius (°C), you can use the following formula:

$°C = \frac{°R - 491.67}{1.8}$

Now, let's convert 1 degree Rankine to degrees Celsius:

$°C = \frac{1°R - 491.67}{1.8}$ $°C = \frac{-490.67}{1.8}$ $°C = -272.59$

So, 1 degree Rankine is approximately -272.59 degrees Celsius.

Real-World Examples of Degrees Rankine

1. Room Temperature: Typical room temperature is about 68 °F. To convert this to Rankine: $°R = °F + 459.67$ $°R = 68 + 459.67$ $°R = 527.67$ So, room temperature is approximately 527.67 °R.

2. Boiling Point of Water: The boiling point of water is 212 °F. To convert this to Rankine: $°R = 212 + 459.67$ $°R = 671.67$ So, the boiling point of water is 671.67 °R.

3. Absolute Zero: Absolute zero is 0 °K (Kelvin). Since the Rankine scale is an absolute temperature scale like Kelvin: $0 °K = 0 °R$ But to convert absolute zero from Celsius to Rankine: $-273.15°C$ We need to convert -273.15 °C to Rankine: $°R = (°C + 273.15) \times 1.8$ $°R = ( -273.15 + 273.15 ) \times 1.8$ $°R = 0$ So, absolute zero is 0 °R.

4. Surface Temperature of the Sun: The surface temperature of the Sun is approximately 5,778 K. To convert this to Rankine: $°R = K \times 1.8$ $°R = 5,778 \times 1.8$ $°R = 10,400.4$ So, the surface temperature of the Sun is approximately 10,400.4 °R.

These examples illustrate how the Rankine scale can be used in various real-world contexts to measure temperature.