The ideal gas law equation involves which of the following quantities? (1 point) Responses pressure, volume, number of moles, mass pressure, volume, number of moles, mass volume, temperature, number of moles, gas constant volume, temperature, number of moles, gas constant pressure, volume, temperature, molar mass pressure, volume, temperature, molar mass pressure, volume, temperature, number of moles
The ideal gas law equation involves:
- pressure (P)
- volume (V)
- number of moles (n)
- temperature (T)
- gas constant (R)
The ideal gas law equation involves the following quantities:
1. Pressure (P)
2. Volume (V)
3. Temperature (T)
4. Number of moles (n)
The ideal gas law equation involves the following quantities:
1. Pressure: denoted by the symbol "P," it represents the force exerted per unit area by the gas molecules on the walls of the container.
2. Volume: denoted by the symbol "V," it is the amount of space occupied by the gas.
3. Temperature: denoted by the symbol "T," it measures the average kinetic energy of the gas particles.
4. Number of moles: denoted by the symbol "n," it represents the amount of substance in the gas.
The ideal gas law equation is given by: PV = nRT
where:
- P is pressure,
- V is volume,
- n is the number of moles,
- R is the gas constant,
- T is temperature.
So, the correct option from the given choices would be:
pressure, volume, number of moles, gas constant