Question

use the following information to answer the next question. the four main types of intermolecular interactions are: 1 - london dispersion forces 2 - dipole - dipole 3 - hydrogen bonding 4 - ionic bonding 5. match each of the compounds below with the strongest intermolecular force present in the compound from the list above co₂ __ (record in the first box) k₂o (record in the second box) nh₃ (record in the third box) sbr₂ __ (record in the fourth box) your answer: □□□□

Explanation:

Step1: Analyze \(CO_2\)

\(CO_2\) is a non - polar molecule. Non - polar molecules have London Dispersion Forces as their main intermolecular force.

Step2: Analyze \(K_2O\)

\(K_2O\) is an ionic compound. Ionic compounds have ionic bonding as their strongest intermolecular force.

Step3: Analyze \(NH_3\)

\(NH_3\) has \(N - H\) bonds. Molecules with \(N - H\), \(O - H\) or \(F - H\) bonds can form hydrogen bonds. So, \(NH_3\) has hydrogen bonding as its strongest intermolecular force.

Step4: Analyze \(SBr_2\)

\(SBr_2\) is a polar molecule. Polar molecules have dipole - dipole forces as their main intermolecular force.

Answer:

1,4,3,2