based-on-their-lewis-structures-explain-why-ccl4-and-ncl3-have-different-molecul

Question

Based on their Lewis structures, explain why CCl_{4} and NCl_{3} have different molecular shapes.

Accepted Answer

CCl_{4} has a tetrahedral shape since the central atom C has four bonded atoms (Cl), while NCl_{3} has a trigonal pyramidal shape since the central atom N has three bonded atoms (Cl) and one lone electron pair.

Answer

CCl_{4} has a tetrahedral shape since the central atom C has four bonded atoms (Cl), while NCl_{3} has a trigonal planar shape since the central atom N has three bonded atoms (Cl).

Answer

CCl_{4} has a trigonal pyramidal shape since the central atom C has three bonded atoms (Cl) and one lone electron pair, while NCl_{3} has a tetrahedral shape since the central atom N has four bonded atoms (Cl).

Answer

CCl_{4} has a trigonal planar shape since the central atom C has three bonded atoms (Cl), while NCl_{3} has a tetrahedral shape since the central atom N has four bonded atoms (Cl).

Based on their Lewis structures, explain why CCl4 and NCl3 have different molecular shapes.

Based on their Lewis structures, explain why CCl₄ and NCl₃ have different molecular shapes.