Question

What is the boiling point of water on the Fahrenheit scale?

Answer 1

Hint: The boiling point of water is ${{100}^{\circ }}C$ in Celsius scale. After converting into Fahrenheit, it comes out to be ${{212}^{\circ }}F$.

Complete step-by-step answer:
Boiling point is that particular at which the more heat is added the more liquid starts converting into heat without any increase in temperature. At that temperature external pressure becomes equal to vapor pressure of liquid. That particular temperature is known as boiling point. With the change in applied pressure boiling point of liquid varies. Three types of scale are used to measure the temperature.

The name of those scales is:
- Fahrenheit scale
- Celsius scale
- Kelvin scale (standard unit to measure temperature)

All three are interconvertible to each other using simple formulas.
The temperature in Fahrenheit is measured by Fahrenheit scale formed by Daniel Gabriel Fahrenheit. This scale is the first standardized scale to be used worldwide. In the United States it is the official temperature scale.

As per Celsius scale water boils at 100 $^\circ$C. The temperature degrees in Fahrenheit is converted into Celsius by the following formula:
$^{\circ }F=(\dfrac{9}{5}{{\times }^{\circ }}C)+32$
Upon putting the values, it came out that the boiling point of water is${{212}^{\circ }}F$.
The temperature degrees in Celsius can be converted into Kelvin by the following conversion:
$K{{=}^{\circ }}C+273$
So, the boiling point of water as per Kelvin $373K$.

Note: The boiling point of water in Fahrenheit scale is ${{212}^{\circ }}F$, in Celsius scale is ${{100}^{\circ }}C$ whereas in Kelvin scale it is $373K$. They all are interconvertible to each other.