Usage Examples
Filter by Meaning The covalent nature of the bond between hydrogen and chlorine makes hydrochloric acid a strong acid.
The covalent bond between sulfur and oxygen in sulfur dioxide has a polar character due to differences in electronegativity.
Water is a covalent compound because it has shared electrons between the hydrogen and oxygen atoms.
The semiconductor industry uses covalent bonding to create electronic devices.
The organic compound methane has four covalent bonds between carbon and hydrogen atoms.
The covalent bond between hydrogen and chlorine forms hydrochloric acid.
The scientists studied the covalent properties of various organic compounds.
The covalent bond between nitrogen and hydrogen creates ammonia gas.
The covalent bond between two nitrogen atoms in N2 gas is very strong.
The covalent nature of the bond between the two carbon atoms makes diamond the hardest natural substance.
Carbon dioxide has covalent bonds between carbon and oxygen atoms.
The strong covalent bonds in diamond make it one of the hardest substances on Earth.
The double covalent bond in carbon dioxide makes it a stable molecule.
Covalent drugs work by binding covalently to a target protein.
Covalent bonding occurs when atoms share electrons to complete their outermost shell.
DNA is stabilized by covalent bonds between its nucleotide building blocks.
A covalent compound is formed when two nonmetal atoms share electrons.
In a covalent network solid, atoms are bonded together in a continuous network structure.
The diamond crystal structure is a covalent lattice of carbon atoms.
Silicon dioxide has a covalent bond structure, which gives it its unique physical properties.
Covalent modification of proteins can alter their function and activity.
Covalent modification of proteins can regulate their activity.
The diamond's hardness is attributed to the covalent bonds between its carbon atoms.
The covalent attachment of a fluorescent molecule can be used to visualize cells.
The formation of a covalent bond requires two atoms sharing valence electrons.
The covalent nature of the molecule makes it highly stable.
Covalent modification of enzymes can alter their substrate specificity.
The protein insulin contains disulfide covalent bonds that help stabilize its structure.
The protein molecule contains covalent bonds between its amino acids.
Methane is a covalent compound composed of carbon and hydrogen.
Carbon dioxide is a covalent compound composed of two oxygen atoms and one carbon atom.
Ethanol is a covalent compound that is commonly used as a solvent.
The diamond crystal structure is held together by covalent bonds between its carbon atoms.
The carbon dioxide molecule has two covalent bonds.
The pharmaceutical industry utilizes covalent inhibitors to target specific enzymes.
The protein's tertiary structure is stabilized by covalent disulfide bonds between cysteine amino acids.
The covalent bond between nitrogen and oxygen in nitrogen monoxide contributes to its reactivity.
The DNA molecule is stabilized by covalent bonds between the nucleotides.
The nitrogen molecule consists of a triple covalent bond.
Water molecules are held together by covalent bonds.
The covalent bond between the hydrogen atoms in water creates a polar molecule.
The covalent bond between carbon and oxygen in carbon monoxide makes it a toxic gas.
The DNA double helix structure is held together by covalent bonds between the nucleotide pairs.
The formation of a peptide bond between amino acids involves a covalent linkage.
The oxygen molecule contains a double covalent bond.
Covalent modification of enzymes can affect their catalytic activity.
The strength of a material depends on the type and number of covalent bonds between its atoms.
Covalent bonds between atoms are responsible for the formation of most molecules.
The covalent addition of phosphate groups to proteins is an important regulatory mechanism.
The covalent bonding of the rubber molecules gives it its elasticity.
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