PER 1+2 are held in rigid containers A., B, and C as shown below. Answer the follow, 2.80 g N 2.8 4.00 g Ar 16.8 g Kr 25.6 25°C B 25°C 25°C O'C 1.00 L 1.00 L 2.00 L 5.00 L (a) In which container (A, B, or C) are gas particles moving the fastest? How do you know? (-15 WoL) The parlicies are all moving at the same speed because e same temperature, they are all at the (b) Calculate the amount of gas, in moles, in containers A, B, and C and then rank the pressures in containers A, B, and C based on what you see. (no P values needed, just comment on their relative magnitudes). Nz Ar 39.748 er 83.798 H.O07X 2 =28.014 16.8 63.798 4,00 2.80 こ = 10013 , 0৭११5 mol 2005 28.014 39.948 mol mol (c) In which container (A, B, or C) are gas particles behaving least ideally? Briefly explain (-15 WoL) in C are moving least because the particles have a are Sill monng a the samu speed as A+B, just differentily ideally larger ana to cover. The panicla the particles (d) Based on what you said in part (b), would the observed pressures deviate higher or lower than expected? (e) What causes gas pressure? (~10 WoL)

Since you have posted a question with multiple sub-parts, we will solve first three sub-parts for you. To get remaining sub-part solved please repost the complete question and mention the sub-parts to be solved.

Given:

Container A: Volume = 1.00 L, temperature = 25^oC, 2.80 g N₂.

Container B : Volume = 1.00 L, temperature = 25^oC, 4.00 g Ar.

Container C : Volume = 2.00 L, temperature = 25^oC, 16.8 g Kr.

The average kinetic energy of a gas is directly related to the temperature.

The moles of gas can be determined using the molar mass as the conversion factor.