[" 4.A flask of capacity "2L" is heated from "35^(@)C" to "45^(@)C" What vo "],[" of air will escape from the flask? "]

A flask of capacity 2 L is heated from 35 C^(@) to 45 C^(@) . What volume of air will escape from the flask ?

A flask of capacity 2 L is heated from 35 C^(@) to 45 C^(@) . What volume of air will escape from the flask ?

A flask of capacity 4 L is heated from 35^∘ C to 45^∘ C. What volume of air will escape from the flask?

A flask of capacity 3 L is heated from 25^∘ C to 35^∘ C. What volume of air will escape from the flask?

A flask of capacity 10 litre containing air is heated from 27^(@)C " to " 327^(@)C . The ratio of mole of air present at 27^(@)C to mole present at 327^(@)C is ____________.

A flask of capacity 10 litre containing air is heated from 27^(@)C " to " 327^(@)C . The ratio of mole of air present at 27^(@)C to mole present at 327^(@)C is ____________.

An open flask containing air is heated from 300K to 500K . What percentage of air will be escaped to the atmosphere, if the pressure is kept constant ?

An open flask containing air is heated from 300K to 500K . What percentage of air will be escaped to the atmosphere, if the pressure is kept constant ?