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methane (Tc =190.6 K, Pc = 4.61 x 106 Pa) is assumed to follow the vander Waals equation of state with a = 0.23003 m6
methane (Tc =190.6 K, Pc = 4.61 x 106 Pa) is assumed to follow the vander Waals equation of state with a = 0.23003 m6 .Pa/mol2 and b = 4.31x10-5 m3 /mol. Using the GoalSeek routine in Microsoft Excel, a student finds three roots for the equation at T=165 K and P= 1.8 MPa: ( = 1637.20 mol/m3 , =13098.45 mol/m3 , and =8466.20 mol/m3 ).
(1 p.)methane IT-1906-46 sumed to follow the vander Waals equation of with Palmail.image Groutine in Micro el student in the roots for the equation T-16 and 13-188720 molim O.S. -346620 MAT18 Cand P-1, he density of the vapor phone come to 2730 102.25 molim cow there is 12 T 16 and 18ther of the liquide 23.30 0.5 m tehere som c) 466.20mm (1 p.)methane IT-1906-46 sumed to follow the vander Waals equation of with Palmail.image Groutine in Micro el student in the roots for the equation T-16 and 13-188720 molim O.S. -346620 MAT18 Cand P-1, he density of the vapor phone come to 2730 102.25 molim cow there is 12 T 16 and 18ther of the liquide 23.30 0.5 m tehere som c) 466.20mmStep by Step Solution
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