Answer:
1.77 atm
Explanation:
Total pressure in a mixture is, the sum of partial pressures from each gas.
Let's analyse with the Universal Gases Law
Total pressure . V = (total moles) . R . T
Partial pressure of a gas . V = (mol of that gas) . R . T
Mole fraction:
Partial pressure of a gas / Total pressure = moles of the gas / Total moles
Then, total pressure in this mixture is:
1.45 atm + 0.32 atm = 1.77 atm
This is so that all measurements can be used without having to calculate from different units.
I think the answer would be Ionic sodium phosphate (Na3PO4) because it has the greatest boiling point elevation.
The answer to this question would be: <span>85c
</span>Solubility is influenced by the temperature of the molecule. Higher temperature will result in a higher solubility. That is why brewing using hot water will be easier than using cold water. Higher temperature also means higher reaction rate.
Answer:
5.50 moles of magnesium oxide is 221.6742 grams
Explanation:
to do this you multiply the number of moles by the molar mass
