CCl4 is a tetrahedral molecule and is completely symmetrical, and so.pdf

CCl4 is a tetrahedral molecule and is completely symmetrical, and so has no dipole moment.
HNO3 is a polar molecular and possesses a significant dipole moment. Thus, HNO3 has the
larger dipole-dipole forces.
Solution
CCl4 is a tetrahedral molecule and is completely symmetrical, and so has no dipole moment.
HNO3 is a polar molecular and possesses a significant dipole moment. Thus, HNO3 has the
larger dipole-dipole forces..

1. CCl4 is a tetrahedral molecule and is completely symmetrical, and so has no dipole moment.
HNO3 is a polar molecular and possesses a significant dipole moment. Thus, HNO3 has the
larger dipole-dipole forces.

Solution
CCl4 is a tetrahedral molecule and is completely symmetrical, and so has no dipole moment.
HNO3 is a polar molecular and possesses a significant dipole moment. Thus, HNO3 has the
larger dipole-dipole forces.