1
answer
0
watching
131
views
11 Nov 2019
The partial pressure of water vapor in saturated air at 26 °C is 3.32x102 atm. (a) How many molecules of water are in 2.16 cm3 of saturated air at 26 oC? molecules (b) What volume of saturated air at 26 °C contains 0.460 mol of water? Using (a) the ideal gas law and (b)the van der Wals equation, calculate the pressure exerted by 46.77 g of neon in a 4596-L vessel at 21.0 C For neon. a : 0.2110 atm L2 mol-2 and b = 1.710-10-2 L mol-l Ideal gas law: atm Van der Waals: atm Do atractive or repulsive forces dominate?
The partial pressure of water vapor in saturated air at 26 °C is 3.32x102 atm. (a) How many molecules of water are in 2.16 cm3 of saturated air at 26 oC? molecules (b) What volume of saturated air at 26 °C contains 0.460 mol of water? Using (a) the ideal gas law and (b)the van der Wals equation, calculate the pressure exerted by 46.77 g of neon in a 4596-L vessel at 21.0 C For neon. a : 0.2110 atm L2 mol-2 and b = 1.710-10-2 L mol-l Ideal gas law: atm Van der Waals: atm Do atractive or repulsive forces dominate?
Jamar FerryLv2
10 Jan 2019