Molar mass of a volatile liquid In Molar mass of a volatile liquid experiment, a student collected Ideal gas constant-0.0821 L.atm/ (mol.K), and 1 atm=760 torr. 1 Calculate the atmospheric pressure, P (atm) 2 Calculate the Temperature of the boiling water in Kelvin, T (K) 3 Calculate the mass of condensed vapor, m (g) Calculate the mole of condensed vapor, n (mol) 5 Calculate the molecular weight of gas, (g/mol) the following data: Dry flask and foil cap Temperature of the boiling water Mass of dry flask, foil cap and vapor Atmospheric pressure Volume of flask 189 B 85 °C 189.32 g 689 LOTT 400 mL

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Author:Steven S. Zumdahl, Susan A. Zumdahl, Donald J. DeCoste
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please solve parts 4 and 5

Molar mass of a volatile liquid
In Molar mass of a volatile liquid experiment, a student collected
Ideal gas constant-0.0821 L.atm/ (mol.K), and 1 atm=760 torr.
1 Calculate the atmospheric pressure, P (atm)
2 Calculate the Temperature of the boiling water in Kelvin,
T (K)
3
Calculate the mass of condensed vapor, m (g)
Calculate the mole of condensed vapor, n (mol)
5 Calculate the molecular weight of gas, (g/mol)
the following data:
Dry flask and foil cap
Temperature of the boiling
water
Mass of dry flask, foil cap
and vapor
Atmospheric pressure
Volume of flask
189
85 °C
189.32 g
689 LOTT
400 mL
Transcribed Image Text:Molar mass of a volatile liquid In Molar mass of a volatile liquid experiment, a student collected Ideal gas constant-0.0821 L.atm/ (mol.K), and 1 atm=760 torr. 1 Calculate the atmospheric pressure, P (atm) 2 Calculate the Temperature of the boiling water in Kelvin, T (K) 3 Calculate the mass of condensed vapor, m (g) Calculate the mole of condensed vapor, n (mol) 5 Calculate the molecular weight of gas, (g/mol) the following data: Dry flask and foil cap Temperature of the boiling water Mass of dry flask, foil cap and vapor Atmospheric pressure Volume of flask 189 85 °C 189.32 g 689 LOTT 400 mL
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