4. The maximum safe pressure that a certain 4.00L vessel can hold is 3.50 atm. If the vessel contains 0.410 mole of gas, what is the maximum temperature to which the vessel can be subjected?

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4. The maximum safe pressure that a certain 4.00 L vessel can hold is 3.50 atm. If
the vessel contains 0.410 mole of gas, what is the maximum temperature to
which the vessel can be subjected?
5. Calculate the number of grams of hydrogen sulfide gas, H2S, in a 3.6 L container
at 32.6 °C and 712 mmHg.
6. Under what conditions do real gasses deviate from the ideal gas law?
7. Oxygen gas can be generated by heating potassium chlorate to yield oxygen gas
and potassium chloride. If 85.0 g of potassium chlorate are reacted in a 2.50 L
container and the oxygen gas is cooled to 21 °C in the same container, what will
the partial pressure of the oxygen be?
2 KCIO: (s) → 2 KCI (s) + 3 O2 (g)
8. A mixture of 0.024 g of N20 (g) and 0.825 g NO (g) exerts a pressure of 1.32
atm. What is the partial pressure of each gas?
Transcribed Image Text:4. The maximum safe pressure that a certain 4.00 L vessel can hold is 3.50 atm. If the vessel contains 0.410 mole of gas, what is the maximum temperature to which the vessel can be subjected? 5. Calculate the number of grams of hydrogen sulfide gas, H2S, in a 3.6 L container at 32.6 °C and 712 mmHg. 6. Under what conditions do real gasses deviate from the ideal gas law? 7. Oxygen gas can be generated by heating potassium chlorate to yield oxygen gas and potassium chloride. If 85.0 g of potassium chlorate are reacted in a 2.50 L container and the oxygen gas is cooled to 21 °C in the same container, what will the partial pressure of the oxygen be? 2 KCIO: (s) → 2 KCI (s) + 3 O2 (g) 8. A mixture of 0.024 g of N20 (g) and 0.825 g NO (g) exerts a pressure of 1.32 atm. What is the partial pressure of each gas?
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