A neon tube of volume 1.0 × 10−3m3 holds a sample of 3.0 × 1020 atoms of neon gas in equilibrium. The distribution of speeds of the neon atoms shows a peak at 500 m s−1. The neon may be treated as an ideal gas. (Take the mass of each neon atom to be 20 amu.) What is the Temp & Pressure of the gas, What is the average kinetic energy of the neon atoms? What is the position of the maximum in the energy distribution? equations for part 1 this must be the ideal gas law so pV=nRT my thoughts so far i think i must need to work out how many moles of neon there are but i dont know if thats the correct way to start, there also must be another question as the ideal gas law has two unknowns which means i cant use it. perhaps if i can get Pt 1 then 2 & 3 will be easier ?