The discussion revolves around calculating the molar mass and the number of moles of gases in a mixture of air, specifically focusing on oxygen and nitrogen. Participants are attempting to solve related problems, including mole fractions and the implications of molecular composition.
Participants do not appear to reach consensus on the correct molar masses or the calculations involved, indicating multiple competing views and unresolved questions.
Some calculations depend on assumptions about the composition of air and the definitions of molar mass for molecular forms of gases, which are not fully resolved in the discussion.
L really have no idea that's why l asking you guys.Chestermiller said:In the 1 kg of air, how many moles of oxygen are there? How many moles of nitrogen are there? What is the mole fraction of oxygen? Of nitrogen?
14.50054377039141 moles (oxygen) 232 g of oxygenBorek said:232 grams of oxygen is how many moles?
do l need to just add these together to get the result?draikens said:14.50054377039141 moles (oxygen) 232 g of oxygen
54.830902353873405 moles (nitrogen) 768 g of nitrogen
14.50054377039141 moles (oxygen) 232 g of oxygenChestermiller said:In the 1 kg of air, how many moles of oxygen are there? How many moles of nitrogen are there? What is the mole fraction of oxygen? Of nitrogen?
Wrong. How many atoms are there in molecular oxygen? In molecular nitrogen? What is the molar mass of an oxygen molecule? Of a nitrogen molecule?draikens said:14.50054377039141 moles (oxygen) 232 g of oxygen
54.830902353873405 moles (nitrogen) 768 g of nitrogen
molar mass for oxygen is 16Chestermiller said:Wrong. How many atoms are there in molecular oxygen? In molecular nitrogen? What is the molar mass of an oxygen molecule? Of a nitrogen molecule?
Wrong. Molar mass of O2 is?draikens said:molar mass for oxygen is 16
molar mass for nitrogen is 14