To analyze the relationships between volume, pressure, and temperature of an enclosed gas, we can use the gas laws:
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Charles's Law states that volume and temperature are directly proportional (when pressure is constant).
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Boyle's Law states that pressure and volume are inversely proportional (when temperature is constant).
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Gay-Lussac's Law states that pressure and temperature are directly proportional (when volume is constant).
Reviewing the options given:
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First Table:
- Volume & Temperature: Directly proportional (Correct)
- Pressure & Volume: Directly proportional (Incorrect, should be inversely proportional)
- Pressure & Temperature: Inversely proportional (Incorrect, should be directly proportional)
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Second Table:
- Volume & Temperature: Inversely proportional (Incorrect, should be directly proportional)
- Pressure & Volume: Directly proportional (Incorrect, should be inversely proportional)
- Pressure & Temperature: Directly proportional (Correct)
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Third Table:
- Volume & Temperature: Directly proportional (Correct)
- Pressure & Volume: Inversely proportional (Correct)
- Pressure & Temperature: Directly proportional (Correct)
The correct table that accurately represents the relationships is the third one.
1 answer