Dalton's Law of Partial Pressure

If we have 10,000 gaseous molecules at $$100\ \degree C$$ which exert a pressure of 0.10 atm in a container, then adding another 10,000 gaseous molecules of any substance at the same temperature to the container would increase the pressure to atm.

Argon makes up 0.93% of the atmosphere. In a given sample of air, the partial pressure of argon is 6.54 mmHg. What is the pressure of the sample?

H₂O₂ decomposes into hydrogen and oxygen as described in the following reaction:
$$H_2O_2\left(l\right)\ \ \rightarrow\ \ H_2\left(g\right)\ \ +\ O_2\left(g\right)$$
If a sample of the products is collected and the total pressure is 12.4 atm, the partial pressure of oxygen gas is 12.4 atm.

Increasing the pressure in the cylinder by adding a gas not involved in the reaction will increase the total gas pressure in the cylinder.

What units will be found in the variables of a Dalton's law problem?

Dalton's law equation is used to find what?

What is the total pressure of the heliox gas in the diagram?

Which of the following is a symbol representing the partial pressure of a gas in Dalton's law equation?

In a mixture of gases, each gas contributes to the total pressure. The individual contribution of each gas is known as the _________________.