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Concept explainers
Interpretation:
The unknown quantity for the given gas samples are to be calculated.
Concept introduction:
The ideal gas equation is used to represent the relation between the volume, pressure, temperature and number of moles of an ideal gas. The ideal gas equation is given as,
Where,
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•
•
•
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Answer to Problem 6.24E
The final pressure of given sample A is
The final volume of given sample B is
The final temperature of given sample C is
Explanation of Solution
The combined
Where,
•
•
•
For sample A,
The initial pressure is
The initial volume is
The initial temperature is
The final volume is
The final temperature is
To calculate the final pressure the formula used is,
Substitute the values of initial and final volume, initial and final temperature and initial pressure to calculate the value of final pressure.
Thus, the final pressure of given sample A is
For sample B,
The initial pressure is
The initial volume is
The initial temperature is
The final pressure is
The final temperature is
To calculate the final volume the formula used is,
Substitute the values of initial volume, initial and final temperature and initial and final pressure to calculate the value of final volume.
Thus, the final volume of given sample B is
For sample C,
The initial pressure is
The initial volume is
The initial temperature is
The final pressure is
The final volume is
To calculate the final temperature the formula used is,
Substitute the values of initial and final volume, initial temperature and initial and final pressure to calculate the value of final temperature.
Thus, the final temperature of given sample C is
The final pressure of given sample A is
The final volume of given sample B is
The final temperature of given sample C is
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Chapter 6 Solutions
Chemistry for Today: General, Organic, and Biochemistry
- 2. The volume of a gas sample is 235 mL at a temperature of 25 ℃. At what temperature would that same gas sample have a volume of 310. mL, if the pressure of the gas sample is held constant? −47.0 ℃ 69.4 ℃ 33.1 ℃ 120.℃arrow_forwardConsider these four gas samples, all at the same temperature. The larger boxes have twice the volume of the smaller boxes. Rank the gas samples with respect to: (a) pressure, (b) density, (c) average kinetic energy, and (d) average molecular speed. (Green spheres are He; violet spheres are Ne.)arrow_forwardUnder which of the following sets of conditions does a real gas behave most like an ideal gas, and for which conditions is a real gas expected to deviate from ideal behavior? Explain. (a) high pressure, small volume (b) high temperature, low pressure (c) low temperature, high pressurearrow_forward
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