Lone pair in molecule exert greater solid angle than bond pair. explain?
1 answer:
Explanation:
The valence shell electron pair repulsion model is best used to explain why lone pair in molecules exert greater solid angle than bond pair.
The VSEPR model determines the total number of electron pairs surrounding the central atom of the species.
Total electron pair = Bond pair + Lone pair
All the electron pairs (like charges) will orient themselves in such a way so as to minimize the electrostatic repulsion between them round an atom. There are three types of repulsion which are bond pair - bond pair, bond pair - lone pair and lone pair - lone pair. The repulsion determines the geometry of the covalent bonds around the central atom. As the number of lone pairs increases, the bond angle diminishes.
learn more:
Lewis structure brainly.com/question/6215269
#learnwithBrainly
You might be interested in
Answer:
enviornmental health perspectives
Explanation:
Attached earlobes are recessive, and are represented with a lowercase
Answer:
6605.3900 g/
Explanation:
Answer: If the gold in the crown was mixed with a less-valuable metal such as bronze of copper then this affects its density by making it to weigh even more and if it weighs more then it has less of chance to float. Observe: Drag each of the crowns into the liquid.
Explanation:
