A flask having a volume of `250.0 mL` and containing air is heated to `100^(@)C`, immered in water, and opened. What volume of water will be drawn back into the flask, assuming the pressure remaining constant?

A flask having a volume of 250.0 mL and containing air is heated to 100^(@)C and sealed. Then the flask is cooled to 25^(@)C , immersed in water, and opened. What volume of water will be drawn back into the flask, assuming the pressure remaining constant ?

A flask having a volume of 250.0 mL and containing air is heated to 100^(@)C and sealed. Then the flask is cooled to 25^(@)C , immersed in water, and opened. What volume of water will be drawn back into the flask, assuming the pressure remaining 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 ?

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 ?

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 ?