Romer to Fahrenheit
Please provide values below to convert Romer [°Rø] to Fahrenheit [°F], or change ↔.
Romer [°Rø]
Definition: The Rømer scale (°Rø) is a temperature scale where 0°Rø corresponds to the freezing point of brine and 60°Rø corresponds approximately to the boiling point of water.
Historyandorigin: Developed by Danish astronomer Ole Rømer in 1701, this scale was an early attempt at a standardized temperature measurement system.
funfact: The Rømer scale influenced the later development of the Celsius scale, which was based on similar reference points.
CurrentUse: The Rømer scale is now largely obsolete but is of historical significance in the development of temperature measurement.
Fahrenheit [°F]
Definition: The Fahrenheit scale is a temperature scale where the freezing point of water is 32 degrees Fahrenheit and the boiling point is 212 degrees Fahrenheit at standard atmospheric pressure.
Historyandorigin: It was introduced by German physicist Daniel Gabriel Fahrenheit in 1724. The scale was originally based on a mixture of ice, water, and salt.
CurrentUse: It is primarily used in the United States for everyday temperature measurements.
funfact: The Fahrenheit scale was designed so that the temperature range between the freezing and boiling points of water is divided into 180 degrees.
Romer [°Rø] to Fahrenheit [°F] Conversion Table
| 1 Romer [°Rø] | -324.2743956 Fahrenheit [°F] |
| 2 Romer [°Rø] | -323.28538462 Fahrenheit [°F] |
| 3 Romer [°Rø] | -322.29637363 Fahrenheit [°F] |
| 5 Romer [°Rø] | -320.31835165 Fahrenheit [°F] |
| 10 Romer [°Rø] | -315.3732967 Fahrenheit [°F] |
| 50 Romer [°Rø] | -275.81285714 Fahrenheit [°F] |
| 100 Romer [°Rø] | -226.36230769 Fahrenheit [°F] |
| 1000 Romer [°Rø] | 663.74758242 Fahrenheit [°F] |
| 10000 Romer [°Rø] | 9564.8464835 Fahrenheit [°F] |
| 100000 Romer [°Rø] | 98575.835495 Fahrenheit [°F] |
| 1000000 Romer [°Rø] | 988685.7256 Fahrenheit [°F] |
How to Convert Romer to Fahrenheit
1 Romer [°Rø] = -324.2743956 Fahrenheit [°F]
1 Fahrenheit [°F] = 329.88855556 Romer [°Rø]
we use cross multiplication method
Romer [°Rø] → Fahrenheit [°F]
1 → -324.2743956
1.5 → ?( suppose x)
=>1.5*-324.2743956=1*x
by simplifying
x=-323.77989011