Molar Mass O2: 32.00, Molar Mass CO2: 44.01, T= 21C+273= 294Kelvins V=5.00 L Grams of O2=20.0 so moles O2= 20.0g/32.00g=.625g/mol
Grams of CO2=4.4 so moles CO2= 4.4g/ 44.01=.1
Total moles: .625+.1= .725 mols (this is n)
Ideal Gas Law: PV=nRT....Rearrange and solve for pressure.
P=nRT/V.....R is the constant which is equal to .08206L*atm*mol
P=(.725)(.08206)(294K)/(5.00L)
P= 3.5atm
PV = nRTP = pressure = ?
V = volume = 5.2 L
n = moles of gas = 48 g x 1 mole/32 g = 1.5 moles O2 gas
R = gas constant = 0.0821 L-atm/K-mole
T = temperature in K = 25 + 273 = 298 K
Solving for P = nRT/V = (1.5)(0.0821)(298)/5.2
P = 7.0 atm (to 2 significant figures)
The pressure is 0,14 atmosphere.
3.87 ATM
7.88 atm
At 1000 degrees Celsius oxygen is a gas.
No, it does not.
Liquid Oxygen becomes liquid at -183.0 C and solid at −218.79 °C
3340 mm Hg
gas
Under normal atmospheric pressure oxygen is a liquid at temperatures ranging from -218.79 degrees Celsius to -182.96 degrees Celsius. This works out to -361.82 degrees Fahrenheit to -297.33 degrees Fahrenheit.
Increases.
At 1000 degrees Celsius oxygen is a gas.
Generally, water boils at around 100 degrees C but it depends on the oxygen content and the altitude of the place where you are boiling it. Also the material out of which the water container is made affects the boiling point too. It's quite a complex question!
3500.0 degrees Celsius
gas.
No, it does not.
Gas
Liquid Oxygen becomes liquid at -183.0 C and solid at −218.79 °C
3340 mm Hg
gas.
negative 219 degrees Celsius