A 30.0 L container was filled by pumping into it 10.0 L of CO2 gas at 60.0 torr of pressure and 20.0 L of O2 gas at 50.0 torr of pressure. All volumes and pressures were measured at the same temperature. What is the final pressure of CO2 in this mixture?
1 answer:
The final volume of the Oxygen O2 would simply be equivalent to the overall volume of the final mixture. This is because gases would occupy every space of its container. So in this case, the volume of CO2 and O2 would be the same and it would be 30 L. What would be different is the partial pressures of each.
Answer:
30 L
You might be interested in
Hydrogen Fluoride / HF
Answer:
1250N
Explanation:
This question is based on pascal's Law.
So By Pascal's Law
=
therefore =force on input piston =25N
= Force or weight on output person.
therefore after putting the values we get,
= (25x 1500)/30
=1250N
Igneous Rock because all those ingredients are in them
Answer:
Read the article on Mine Tools called "Active Listening"
Explanation:
Ive used it before for assignments. Its pretty informative and only takes like 10 minutes to read
Answer:
The mass density will be doubled
Explanation:
Density is given by dividing the mass of a substance by its volume. An increase in mass causes an increase in density and vice versa, while a decrease in volume causes an increase in density and volume. Therefore, when the volume is halved, then the density will be doubled if the mass is kept constant. This has no effect on the number of moles as the mass is constant.