The particles of an ideal gas:Select one:a.Occupy the entire container volumeb.Have fixed positionsc.Have no volumed.Have significant volume

Apply the particle model to explain why a gas can spread out to fill a container.

Which properties do all gases share?A.Fixed volume; shape that depends on containerB.Fixed shape; volume that depends on containerC.Volume and shape that depend on containerD.Ability to flow and be broken into smaller particlesSUBMITarrow_backPREVIOUS

A mixture of 0.242 g of H2, 1.12 g of N2, and 0.839 g of Ar is stored in a closed container at STP. Find the volume (in L) of the container, assuming that the gases exhibit ideal behavior.

1) A container of volume V1= 2 liters is filled with an ideal gas under the pressure P1 =0.8 Bar at the temperature T1 =300K. 1)Calculate the quantity of matter present in this container. 2) The previous container noted (1) is connected by a tube of negligible volume to a container (2) of volume V2 =V1 and initially containing the same gas at the same temperature and pressure. The container (2) is heated to the temperature T2 =360K. We neglect the thermal exchanges between the two containers via the tube. Calculate the quantities of matter and the pressure in each container at mechanical equilibrium.

Which statements about gases are true?They don't change in volumeThey are fluids that change shape depending on their containerThey tend to fill the entire space of their containerThey change volume depending on their containerI'm not sure