A scientist stores a very large number of particles in a container. In order to determine the number of particles, the scientist measures the temperature, pressure, and volume of the container and calculates the moles using the ideal gas law. In order for the calculated value to have the greatest accuracy, the scientist should make sure that (select all the apply)

the temperature is high
the pressure is high
the volume is high
the ideal gas law is always accurate, the conditions will not matter

Question

A scientist stores a very large number of particles in a container. In order to determine the number of particles, the scientist measures the temperature, pressure, and volume of the container and calculates the moles using the ideal gas law. In order for the calculated value to have the greatest accuracy, the scientist should make sure that (select all the apply)

the temperature is high
the pressure is high
the volume is high
the ideal gas law is always accurate, the conditions will not matter

Gdeinward · Answer

what do you think the answer is?

Deamoura · Answer

everything but the last and secound one

Gdeinward · Answer

well the ideal gas law states only that,  the relationship of the measurable properties of an ideal gas, where P (pressure) × V (volume) = n (number of moles) × R (the gas constant) × T (temperature in Kelvin

Gdeinward · Answer

so I would think its the last one.

Deamoura · Answer

so just the last one

Gdeinward · Answer

thats what im thinkin