Consider the following species NO3^-, SO4^2-, ClO3^-, SO3, PO4^3-, XeO3, CO3^2-, SO3^2- Then calcula — Chemical Bonding Chemistry Question

💡 Solution & Explanation

Step 1: London dispersion forces are directly proportional to the molecular weight, atomic size, and polarizability of the molecule. Step 2: For the group 14 hydrides (CH4, SiH4, GeH4, SnH4), molecular weight and size increase down the group. Step 3: SnH4 is the largest and heaviest hydride in this series, giving it the highest polarizability and therefore the strongest London dispersion forces.