Argon has a molar mass of about 40.
At STP 1 mole of argon would occupy 22.4 L. First find the number of moles, thne convert to mass.
(PV/nT)a = (PV/nT)b ... now substitute
(0.322 x 10.0)/(n x 298) = (1 x 22.4)/(1 x 273) ... solve for n
n = (1 x 22.4)/(1 x 273) x (298) / (0.322 x 10.0)
n = 7.59 moles
multiply by the molar mass to convert to grams.
7.59 x 40 = 303.6 grams
39.95
16 grams. I hope i got it right.
The number of atoms per cubic centimeter of argon depends on the density of the argon gas or material. Pure gaseous argon at standard temperature and pressure (STP) has a density of 1.784 grams per liter, which is equivalent to approximately 2.920 x 10^19 atoms per cubic centimeter. However, the density of solid or liquid argon may be different, and it can vary based on temperature and pressure.
1.783 grams/liter x 22.4 liters/mole = 40 grams/mole = Argon
8
39.95
1.809*10^24 molecules.
Chlorine is a gas. Its density depends on pressure, temperature and volume of the container.
55.64
A 30-ounce container could hold 850.5 grams.
Approx 1.5*10^23 atoms.
16 grams. I hope i got it right.
the equation is Xg multiplied by the moles/grams of X = moles of X (the grams cancel leaving you with moles) 607g Ar x 1 mole/ 39.95g = 15.19 moles
The number of atoms per cubic centimeter of argon depends on the density of the argon gas or material. Pure gaseous argon at standard temperature and pressure (STP) has a density of 1.784 grams per liter, which is equivalent to approximately 2.920 x 10^19 atoms per cubic centimeter. However, the density of solid or liquid argon may be different, and it can vary based on temperature and pressure.
1.783 grams/liter x 22.4 liters/mole = 40 grams/mole = Argon
8
43 grams of powdered sugar will fill about 1/3 of a 1-cup container.