The pressure of a gas will ? when the volume is decreased and will ?
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1. The pressure of a gas will ? when the volume is decreased and will ? when the absolute temperature is decreased. | |
(a) | increase…increase |
(b) | increase…decrease |
(c) | decrease…increase |
(d) | decrease…decrease |
2. If the absolute temperature of a gas is doubled and the pressure of the gas is halved, how will the volume change? | |
(a) | It will increase by two times its original value. |
(b) | It will decrease to one fourth of its original value. |
(c) | It will stay the same as its original value. |
(d) | It will increase by four times its original value. |
3. If both the volume and the pressure of a gas are doubled, how will the absolute temperature change? | |
(a) | It will increase by two times its original value. |
(b) | It will decrease to one fourth of its original value. |
(c) | It will stay the same as its original value. |
(d) | It will increase by four times its original value. |
4. If 88.0 grams of solid carbon dioxide evaporates, how many liters of CO2 gas will be formed at a temperature of 300 K and 2.00 atmospheres of pressure? The ideal gas law constant “R” is… | |
(a) | 98.5 liters |
(b) | 2170 liters |
(c) | 24.6 liters |
(d) | 1080 liters |
5. The solubility of a gas will _?_ when a solution containing the gas is heated and the solubility of a gas in a solution will _?_ when the pressure over the solution is decreased. | |
(a) | decrease…decrease |
(b) | decrease…increase |
(c) | increase…decrease |
(d) | increase…increase |
6. What is the total pressure, in atmospheres, of a 10.0 L container that contains 10 moles of nitrogen gas and 10 moles of oxygen gas at 300 K? | |
(a) | 24.6 L |
(b) | 49.3 L |
(c) | 2,460 L |
(d) | 4,930 L |

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