substances x and y are both nonpolar. if the volatility of x is higher than that of y, what is the best…

substances x and y are both nonpolar. if the volatility of x is higher than that of y, what is the best explanation?\no xs molecules experience stronger dipole - dipole forces than ys molecules.\no ys molecules experience stronger dipole - dipole forces than xs molecules.\no xs molecules experience stronger london dispersion forces than ys molecules.\no ys molecules experience stronger london dispersion forces than xs molecules.

substances x and y are both nonpolar. if the volatility of x is higher than that of y, what is the best explanation?\no xs molecules experience stronger dipole - dipole forces than ys molecules.\no ys molecules experience stronger dipole - dipole forces than xs molecules.\no xs molecules experience stronger london dispersion forces than ys molecules.\no ys molecules experience stronger london dispersion forces than xs molecules.

Answer

Answer:

D. Y's molecules experience stronger London dispersion forces than X's molecules.

Brief Explanations:

Non - polar substances have London dispersion forces as their main intermolecular forces. Higher volatility means lower boiling point and weaker intermolecular forces. Since X is more volatile than Y, Y must have stronger London dispersion forces.