Data below mass of flask, foil, and rubber band =96.72 g mass of flask foil rubber band and sample after heating= 97.02g
Posted: Fri Apr 29, 2022 12:44 pm
Data below
mass of flask, foil, and rubber band =96.72 g
mass of flask foil rubber band and sample after heating=
97.02g
temp of boiling water= 100 degrees c
atmospheric pressure of room= 1atm=766 mm Hg
the true volume of 125 ml erlenmeyer flask= 150 ml
1a.Determine the Kevin temp of boiling water
1b. determine the pressure of the atmosphere of your room
environment
1c. determine "true volume" In liters
1d. use the ideal gas law to solve the moles of gas
1e. determine the mass in grams of sample
1f.determine molar mass of sample by taking the grams of the
sample divided by the moles of the sample
1g. look up true molar mass of the sample and record mass to the
0.00 place
1h. Determine the percent error. use calculation from 6 as
experimental value and look up molar mass as the actual
value
mass of flask, foil, and rubber band =96.72 g
mass of flask foil rubber band and sample after heating=
97.02g
temp of boiling water= 100 degrees c
atmospheric pressure of room= 1atm=766 mm Hg
the true volume of 125 ml erlenmeyer flask= 150 ml
1a.Determine the Kevin temp of boiling water
1b. determine the pressure of the atmosphere of your room
environment
1c. determine "true volume" In liters
1d. use the ideal gas law to solve the moles of gas
1e. determine the mass in grams of sample
1f.determine molar mass of sample by taking the grams of the
sample divided by the moles of the sample
1g. look up true molar mass of the sample and record mass to the
0.00 place
1h. Determine the percent error. use calculation from 6 as
experimental value and look up molar mass as the actual
value