Oxygen gas grams per cm3

Answer 1

hi so what you need to do is use a couple of formulas. basically what you need to know is that the volume of one mole of any gas is 22.4 L/mol. And from that we know the atomic weight of oxygen is basically 16 amu and there for there is 16g/mol of oxygen. Since oxygen as a gas is O2 then we need to multiply this weight by two, so there are 32 g/mol in oxygen gas. Because 1 mole of oxygen gas takes up 22.4L (at Standard Temp and Pressure 0oC and 101.3kPa, but this shouldn't make a difference) we can create two equations to find the mass of O2 first at 1L and then at 1cm3 (which is 1mL). To get to 1L we can set up an equation like this:

22.4L=1mol=32g so we need to divide our L by something to make it 1. We divide the entire equation by 22.4. this comes to

1L=0.03125mol=1.428571429g. Now we need to convert all of this to mL or cm3, they are the same thing. We know there are 1000 mL in a liter, so we divide by 1000.

(1000mL [1L]=32g)/(1000)

=0.032g per 1mL of O2.

I hope this is right :) if you have any more questions you can email me

Answer 2

The density of oxygen gas at standard conditions (0°C, 1 atm) is approximately 1.429 grams per cm3.

Answer 3

what is the density of oxygen gcm3

Answer 4

0

the answer is 0