A student obtained a clean flask. She weighed the flask and stopper on an analytical balance and found the total mass to be

32.834g

. She then filled the flask with water and found the new mass to be

69.478g

. The temperature of the water was measured to be

24\\\\deg C

. Use this data to find the internal volume of the stoppered flask. The density of water at various temperatures is given in Appendix

H

. Show all calculations necessary to answer the following questions.\ First calculate the mass of the water in the flask:\ Mass of water

=

mass of filled flask - mass of empty flask

A student obtained a clean flask. She weighed the flask and stopper on an analytical balance and found the total mass to be 32.834g. She then filled the flask with water and found the new mass to be 69.478g. The temperature of the water was measured to be 24C. Use this data to find the internal volume of the stoppered flask. The density of water at various temperatures is given in Appendix H. Show all calculations necessary to answer the following questions. First calculate the mass of the water in the flask: Mass of water = mass of filled flask - mass of empty flask A student obtained a clean flask. She weighed the flask and stopper on an analytical balance and found the total mass to be 32.834g. She then filled the flask with water and found the new mass to be 69.478g. The temperature of the water was measured to be 24C. Use this data to find the internal volume of the stoppered flask. The density of water at various temperatures is given in Appendix H. Show all calculations necessary to answer the following questions. First calculate the mass of the water in the flask: Mass of water = mass of filled flask - mass of empty flask