Carbon tetrachloride (CCl4) is also nonpolar but is made of larger molecules that are more strongly affected by London dispersion forces.
The molecule carbon disulfide (CS2) is nonpolar and has only London dispersion forces between the molecules. 
The absorption oil has av mol wt 180, viscosity 2 cP, and sp gr 0.81 at 24✬.
The vapor content of the gas is to be reduced to 0.5%.
The CS2-N2 mixture has a partial pressure of CS2 equal to 50 mmHg at 24º C (75✯) and is to be blown into the absorber at essentially standard atmospheric pressure at the expected rate of 0.40m3/s (50,000 ft3/h). What is the vapor pressure of a solution containing 50.0 g of each compound. 👍 Correct answer to the question The vapor pressures of pure carbon disulfide and carbon tetrachloride are 360 and 99.8 torr, respectively, at 296 K. BCl3 85 = Carbon Disulfide, CS2 86 = Hydrazine, H4N2 87. The calculations are based on predictions of vapor/liquid equilibrium. The transport process involved is diffusion of the water vapor from the interface to the bulk air. At the interface, the partial pressure of the water vapor will be only slightly lower than the equilibrium vapor pressure, so evaporation can still occur. Experimentally, the absorption spectrum of saturated cesium. A number of important unknown parameters of the Cs2 molecule have now been estimated, as a result of a detailed survey of existing data on the other alkali metal molecules. Both experimentation and analysis are underway on the possible use of cesium vapor for a transformer laser to be optically pumped by a battery of Nd glass lasers. 
Determine the molecular formula for the sulfur molecules dissolved in CS2. When 40.0 g of rhombic sulfur is dissolved in 1.00 kg of CS2, the vapor pressure of CS2 decreases to 0.3868 atm. Find step-by-step Chemistry solutions and your answer to the following textbook question: The vapor pressure of pure liquid CS2 is 0.3914 atm at 20☌.
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