In an ideal solutiona) All of the molecules have same intra-molecular forceb) All of the molecules may have same intra-molecular forcec) All of the molecules do not have same intra-molecular forced) None of the mentioned 7-9. For the given Raoult`s law expression: Pi = XiPi*(T)7. What Pi represents in the expression?

• A. All of the molecules have same intra-molecular forceb) All of the molecules may have same intra-molecular forcec) All of the molecules do not have same intra-molecular forced) None of the mentioned 7-9. For the given Raoult`s law expression: Pi = XiPi*(T)7. What Pi represents in the expression?a) Partial pressure of component i in the vapor phase
• B. All of the molecules may have same intra-molecular forcec) All of the molecules do not have same intra-molecular forced) None of the mentioned 7-9. For the given Raoult`s law expression: Pi = XiPi*(T)7. What Pi represents in the expression?a) Partial pressure of component i in the vapor phaseb) Mole fraction of component i in the liquid phase
• C. All of the molecules do not have same intra-molecular forced) None of the mentioned 7-9. For the given Raoult`s law expression: Pi = XiPi*(T)7. What Pi represents in the expression?a) Partial pressure of component i in the vapor phaseb) Mole fraction of component i in the liquid phasec) Vapor pressure of component i at T
• D. None of the mentioned 7-9. For the given Raoult`s law expression: Pi = XiPi*(T)7. What Pi represents in the expression?a) Partial pressure of component i in the vapor phaseb) Mole fraction of component i in the liquid phasec) Vapor pressure of component i at Td) None of the mentionedView Answer