Lewis dot structure for NH3 is a representation of the valence electrons surrounding the N atom.
The dot point structure in the case of NH3 unveils that the N atom joins 1 pair of e- with each of the three hydrogen atoms, resulting in a overall of 3 shared pairs of electrons.
The NH3 molecule takes a trigonal pyramidal form because of the distribution of the outer electrons according to its Electron pair dot arrangement.
In the dot dotpoint representation of ammonia, the N atom is encircled by three spots, each representing a pair of connected electrons with a hydrogen atom.
Lewis dot structure for NH3 is a representation of the valence electrons surrounding the N atom.
The dot point structure in the case of NH3 unveils that the N atom joins 1 pair of e- with each of the three hydrogen atoms, resulting in a overall of 3 shared pairs of electrons.
The NH3 molecule takes a trigonal pyramidal form because of the distribution of the outer electrons according to its Electron pair dot arrangement.
In the dot dotpoint representation of ammonia, the N atom is encircled by three spots, each representing a pair of connected electrons with a hydrogen atom.
