A solution contains

12.16g

of chloroform (below:

MW=119.38(g)/(m)ole

) and

9.58g

of acetone (below:

MW=58.08(g)/(m)ole

). If the vapor pressure of pure chloroform is

0.39atm

and that of pure acetone is

0.44atm

answer the following:\ a. Assuming ideal behavior what would the total vapor pressure be?\

x_(A)=x_(A)*P_(A)^(0)=x_(A)\\\\times 0.34atm=0.3818\\\\times 0.34=0.15\ P_(B)=x_(B)\\\\times P_(B)^(0)x_(B)\\\\times 0.44atm=0.6182\\\\times 0.14=0.27=0.42 toral \ P_(totul )=P_(1)+P_(2)

\ b. Based on molecular interactions between the species would you expect the actual vapor pressure to be above or below that calculated in a. Explain your answer.\ Acelone\ Chloratorm

3. A solution contains 12.16g of chloroform (below: MW=119.38g/mole ) and 9.58g of acetone (below: MW=58.08g/mole ). If the vapor pressure of pure chloroform is 0.39atm and that of pure acetone is 0.44atm answer the following: a. Assuming ideal behavior what would the total vapor pressure be? XA=XAPA0=PB=XBPB0P1+P2XA0.34atm=0.38180.34=0.15XB0.44atm=0.61820.14=0.27=0. b. Based on molecular interactions between the species would you expect the actual vapor pressure to be above or below that calculated in a. Explain your answer. Chloraform