Muskan Trivedi posted an Question
October 12, 2021 • 10:55 am 30 points
  • IIT JAM
  • Chemistry (CY)

23. vander waal's gas equation can be reduced to virial equation and virial equation (in terms of volume) is z =a+ v v where a-first virial coefficient, b = sec

23. Vander Waal's gas equation can be reduced to virial equation and virial equation (in terms of volume) is Z =A+ V V where A-first virial coefficient, B = second virial coefficient, C = third virial coefficient. The third virial coefficient of Hg(g) is 625 (cm/mol)?. what volume is available for movement of 10 moles He(g) atoms present in 50 L vessel? (a) 49.75 L (b) 49.25 LL (c) 25 L (d) 50 L 24. If the slope of Z" (compressibility factor) w/s "P curve is constant slope 492.6 atm"at a particular temperature (300 K) and very high pressure, then calculate diameter of the molecules. (Given: N - 6.0x 10, R = 0.0821 atm. lit mol" K)b (a) 7.5 A (6) 5A () 25 A d) 1.25 A

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