Sentences with COVALENCY
Check out our example sentences below to help you understand the context.Sentences
1
"The covalency of a chemical bond determines its strength."
2
"The covalency of the molecule was determined through spectroscopic analysis."
3
"Carbon dioxide exhibits a covalency of two."
4
"The covalency between two atoms can be affected by their electronegativity."
5
"In a covalent compound, the atoms share electrons to achieve covalency."
6
"The covalency of a molecule can be determined by its Lewis structure."
7
"The covalency of nitrogen in ammonia is three."
8
"In general, the covalency of an atom is equal to the number of shared electron pairs."
9
"The covalency of a compound affects its physical and chemical properties."
10
"The covalency of oxygen in water is two."
11
"The greater the covalency, the stronger the bond between atoms."
12
"The covalency of a molecule affects its molecular shape."
13
"The covalency of a bond can be calculated using quantum mechanics."
14
"The covalency of a molecule can be influenced by its hybridization state."
15
"The covalency between two atoms can be represented by a single, double, or triple bond."
16
"The covalency of chlorine in hydrogen chloride is one."
17
"The covalency of a compound can be altered by introducing different substituents."
18
"The covalency of carbon in methane is four."
19
"The covalency of a molecule can be determined by its molecular formula."
20
"The covalency of a bond can be affected by steric factors."
1
"The covalency of the bond determines its strength."
2
"The molecule's stability relies on the covalency of its bonds."
3
"A higher covalency leads to a stronger bond."
4
"The covalency of carbon allows it to form multiple stable compounds."
5
"Chemists study the covalency of molecules to understand their reactivity."
6
"The covalency of water molecules gives it unique properties."
7
"The covalency of nitrogen is important in the formation of protein structures."
8
"Increasing the covalency of certain elements can result in the formation of new compounds."
9
"The covalency of a bond can be determined using quantum mechanical calculations."
