If cold water is poured on a flask containing very hot distilled water and water vapor, the water inside the flask started to boil below 1000C. The principle involved is _______
If cold water is poured on a flask containing very hot distilled water and water vapor, the water inside the flask started to boil below 1000C. The principle involved is _______
When cold water is poured on a flask containing very hot distilled water and water vapor, the pressure inside the task will decrease.
Pressure is directly proportional to the boiling point.
This means if pressure increases, then the boiling point increases and vice-versa.
In the given case, pouring cold over a hot flask results in a decrease in pressure.
Therefore boiling point inside the hot flask will decrease and the water inside the flask start boiling below 1000C.
Hence, If cold water is poured on a flask containing very hot distilled water and water vapor, the water inside the flask started to boil below 1000C. The principle involved is decreasing pressure decreases the boiling point.
When cold water is poured on a flask containing very hot distilled water and water vapor, the pressure inside the task will decrease.
Pressure is directly proportional to the boiling point.
This means if pressure increases, then the boiling point increases and vice-versa.
In the given case, pouring cold over a hot flask results in a decrease in pressure.
Therefore boiling point inside the hot flask will decrease and the water inside the flask start boiling below 1000C.
Hence, If cold water is poured on a flask containing very hot distilled water and water vapor, the water inside the flask started to boil below 1000C. The principle involved is decreasing pressure decreases the boiling point.
