What intermolecular force or bond is primarily responsible for the solubility of chlorine (Cl2) in water

The question is incomplete, the common question is;

What intermolecular attractive force is primarily responsible for the solubility of chlorine, Cl2, in water?

a. dipole - dipole

b. hydrogen bonding

c. dipole-induced dipole

d. ion-dipole

e. ion-induced dipole

dipole-induced dipole

Explanation:

We have to remember that water is a polar molecule hence it possesses a dipole moment. Its dipole moment is responsible for the ability of water to dissolve many substances.

On the other hand, Cl2 is a nonpolar molecule bound together by only weak dispersion forces.

Recall that dispersion forces involve transient appearance of a dipole in a molecule.

Water molecules can induce a dipole in Cl2 thereby causing the both molecules to interact and Cl2 dissolves in water.

B. Can it be completed within 120 days?

C. Will it cost less than $10,000?

Explanation:

''Can it be completed within 120 days?''  and ''Will it cost less than $10,000?'' are the two questions that can be used to identify time and cost constraints in the design. The first question ask about the time that the machine needs to complete the work while on the other hand, the second question ask about the cost needed by the machine for completing the action.