Which table correctly shows the relationships between volume, pressure, and temperature of an enclosed gas?(1 point)

Question

Responses

Quantities Relationship
volume and temperature directly proportional
pressure and volume directly proportional
pressure and temperature inversely proportionalQuantities Relationship volume and temperature directly proportional pressure and volume directly proportional pressure and temperature inversely proportional

Quantities Relationship
volume and temperature directly proportional
pressure and volume inversely proportional
pressure and temperature directly proportionalQuantities Relationship volume and temperature directly proportional pressure and volume inversely proportional pressure and temperature directly proportional

Quantities Relationship
volume and temperature inversely proportional
pressure and volume inversely proportional
pressure and temperature directly proportionalQuantities Relationship volume and temperature inversely proportional pressure and volume inversely proportional pressure and temperature directly proportional

Quantities Relationship
volume and temperature inversely proportional
pressure and volume directly proportional
pressure and temperature directly proportional

Answer 1

The correct relationships between volume, pressure, and temperature of an enclosed gas, based on the gas laws, are as follows:

1. Volume and Temperature: Directly proportional (Charles's Law)
2. Pressure and Volume: Inversely proportional (Boyle's Law)
3. Pressure and Temperature: Directly proportional (Gay-Lussac's Law)

Based on these relationships, the correct table is:

Quantities | Relationship
----------------|-------------------
Volume and temperature | Directly proportional
Pressure and volume | Inversely proportional
Pressure and temperature | Directly proportional

This matches the second option you provided:

Quantities Relationship

• volume and temperature: directly proportional
• pressure and volume: inversely proportional
• pressure and temperature: directly proportional