A 200 gm of oxygen gas has a volume 0.05 m at pressure 2 atm find...

 

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A 200 gm of oxygen gas has a volume 0.05 m at pressure 2 atm find its temperature according to Van der Waals' eqn (M =32 gm) real 965 (192.32 K) 2. A 220 gm of carbon dioxide gas at 200c and 0.06 m. Find its pressure according to Van der Waals' eqn (M =44 gm) (327945 Pa) m M = 200 32 C = 25 = 39 (p+n a) (v-^-6) = n. R. T Find Boyle's point for hydrogen gas (0.112 K) Calculate the compressibility factor of helium gas at 150c and a volume of 0.03 m (1.00074) a (BT A 200 gm of oxygen gas has a volume 0.05 m at pressure 2 atm find its temperature according to Van der Waals' eqn (M =32 gm) real 965 (192.32 K) 2. A 220 gm of carbon dioxide gas at 200c and 0.06 m. Find its pressure according to Van der Waals' eqn (M =44 gm) (327945 Pa) m M = 200 32 C = 25 = 39 (p+n a) (v-^-6) = n. R. T Find Boyle's point for hydrogen gas (0.112 K) Calculate the compressibility factor of helium gas at 150c and a volume of 0.03 m (1.00074) a (BT

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In the image there are two problems given that involve the Van der Waals equation which is a modified ideal gas law equation that accounts for the vol... View the full answer