15.1 A gas at 756 mmHg occupies 15.8 L and is compressed to a volume of 6.15 L at a constant temperature. What is the new pressure of the gas? O a. 0.892 mmHg O b. 18.7 mmHg O c. 408 mmHg O d. 1.25 mmHg O e. 287 mmHg Of. 1.94 x 10^3 mmHg O g. 13.8 mmHg O h. 0.537 mmHg 11.0 mmHg O j. 0.378 mmHg Ok. none of these 15.2 A gas at 55.5°C occupies 15.8 L and is cooled to - 43.7°C at a constant pressure. What is the new volume of the gas? O a. 13.8 L O b. 408 L O c. none of these O d. 0.537 L O e. 0.892L O f. 11.0 L O g. 0.378 L O h. 1.25 L 1.94 x 10^3 L O j. 18.7 L O k. 287 L

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Chapter1: Chemical Foundations
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Problem 1RQ: Define and explain the differences between the following terms. a. law and theory b. theory and...
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15.1 A gas at 756 mmHg occupies 15.8 L and is compressed to a volume of 6.15 L at a constant temperature. What is the new pressure of the
gas?
O a. 0.892 mmHg
O b. 18.7 mmHg
O c.
408 mmHg
O d. 1.25 mmHg
O e. 287 mmHg
Of.
1.94 x 10^3 mmHg
O g. 13.8 mmHg
O h. 0.537 mmHg
i.
11.0 mmHg
O j. 0.378 mmHg
O k. none of these
15.2 A gas at 55.5°C occupies 15.8 L and is cooled to - 43.7°C at a constant pressure. What is the new volume of the gas?
O a. 13.8 L
O b. 408 L
O c. none of these
O d. 0.537 L
O e. 0.892 L
O f.
11.0 L
O g. 0.378 L
O h. 1.25 L
1.94 x 10^3 L
O j. 18.7 L
O k. 287 L
Transcribed Image Text:15.1 A gas at 756 mmHg occupies 15.8 L and is compressed to a volume of 6.15 L at a constant temperature. What is the new pressure of the gas? O a. 0.892 mmHg O b. 18.7 mmHg O c. 408 mmHg O d. 1.25 mmHg O e. 287 mmHg Of. 1.94 x 10^3 mmHg O g. 13.8 mmHg O h. 0.537 mmHg i. 11.0 mmHg O j. 0.378 mmHg O k. none of these 15.2 A gas at 55.5°C occupies 15.8 L and is cooled to - 43.7°C at a constant pressure. What is the new volume of the gas? O a. 13.8 L O b. 408 L O c. none of these O d. 0.537 L O e. 0.892 L O f. 11.0 L O g. 0.378 L O h. 1.25 L 1.94 x 10^3 L O j. 18.7 L O k. 287 L
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