Usage Examples
Filter by Meaning Carbon monoxide is a diatomic molecule that contains a triple bond between the carbon and oxygen atoms.
The nitrogen molecule is a diatomic molecule that contains a triple bond between the two nitrogen atoms.
The hydrogen molecule is a diatomic molecule that contains a single bond between the two hydrogen atoms.
Cyanogen is a diatomic molecule that contains a triple bond between the two carbon atoms.
Carbon monoxide is a diatomic molecule with a triple bond between carbon and oxygen atoms.
Diatomic molecules can be polar or nonpolar depending on the electronegativity of the atoms involved.
The reactivity of diatomic elements is related to their electron configuration.
Fluorine is a diatomic element that is highly reactive and can form two covalent bonds.
Carbon dioxide is not a diatomic molecule, as it contains atoms of different elements.
Iodine is a diatomic element that can form two covalent bonds and has a purple color.
Helium is not a diatomic element, as it only has one electron in its outer shell.
Oxygen is a diatomic element that can form two covalent bonds.
Chlorine is a diatomic element that can form two covalent bonds as well.
Diatomic elements such as oxygen and nitrogen are essential for life.
The diatomic element of bromine can form two covalent bonds and is a liquid at room temperature.
Diatomic elements have only two atoms in their molecules, unlike polyatomic molecules.
Nitrogen is a diatomic element that can also form two covalent bonds.
The bond length of a diatomic molecule is related to the strength of the bond.
The bond angles of diatomic molecules are determined by their molecular geometry.
The molecular orbitals of a diatomic molecule with a diatomic bond can be described using LCAO-MO theory.
Diatomic molecules with a diatomic bond are usually gases at room temperature.
In a diatomic molecule with a covalent bond, the electrons are shared equally between the two atoms.
The bond order of a diatomic molecule with a diatomic bond is 1.
The dissociation energy of a diatomic molecule with a diatomic bond is lower than that of a diatomic molecule with a covalent bond.
Diatomic molecules with covalent bonds are usually gases at room temperature.
The bond length of a diatomic bond depends on the size of the atoms and the strength of the bond.
The electronic configuration of atoms involved in diatomic bonds is usually represented using Lewis structures.
The diatomic bond in chlorine gas is weak compared to the diatomic bond in hydrogen gas.
The rotational energy of a diatomic molecule is quantized due to its molecular geometry.
The vibrational modes of diatomic molecules can be observed using infrared spectroscopy.
Diatomic molecules are classified as homonuclear molecules.
A diatomic molecule can be described using quantum mechanical models.
Diatomic molecules have different bond energies depending on the element involved.
The magnetic properties of a diatomic molecule can be studied using electron paramagnetic resonance spectroscopy.
The bonding in diatomic molecules can be analyzed using molecular orbital theory.
The diatomic molecule of hydrogen is used as a fuel source in many industrial processes.
The bond length of a diatomic molecule can be determined using spectroscopic techniques.
The thermodynamic properties of diatomic molecules can be determined using statistical mechanics.
Diatomic molecules can be excited to higher energy levels using light or heat.
The bond in a diatomic molecule is typically very strong.
Diatomic molecules are important in understanding the behavior of gases under different conditions.
Chlorine gas is a diatomic molecule with a pungent odor.
Helium is an example of a monatomic gas, unlike diatomic molecules.
Hydrogen gas is a diatomic molecule that is highly flammable.
The diatomic molecule of iodine is responsible for its purple color.
Carbon monoxide is not a diatomic molecule, as it contains two different types of atoms.
The diatomic molecule of hydrogen chloride is an acid that can be dangerous when inhaled.
Chlorine gas is diatomic in nature, and consists of two chlorine atoms.
Fluorine is a highly reactive diatomic gas that forms a bond with another fluorine atom.
The diatomic molecule nitrogen monoxide contains a covalent bond and an unpaired electron.
Post a Comment