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A covalent bond. Ionic bonds form crystals, not molecules.
Covalent- but sometimes some bonds are very borderline
Compounds with covalent bonds form molecules. Compounds with ionic bonds form ionic lattices.
There is no such thing as CI2 However, Cl2 is elemental chlorine, which is covalently bonded to form diatomic molecules.
No, all molecules are held together by covalent bonds.
A covalent bond. Ionic bonds form crystals, not molecules.
Covalent- but sometimes some bonds are very borderline
Molecules are made up of covalent bonds; however, search "ionic molecules" for more info.
Compounds with covalent bonds form molecules. Compounds with ionic bonds form ionic lattices.
No, molecules are formed by covalent bonds.
There is no such thing as CI2 However, Cl2 is elemental chlorine, which is covalently bonded to form diatomic molecules.
Molecules of NO2 contain covalent bonds
No, all molecules are held together by covalent bonds.
Ionic bonds do not hold molecules together all the time. Covalent bonds can also hold molecules together, so it isn't just ionic bonds that do that.
Yes. All asymmetric diatomic molecules are polar. and those are both nonmetals, so the bond is covalent.
All halogen molecules (F2, Cl2, Br2, I2) are bonded with a single covalent bond, this bond is not ionic but molecular.ionic molecules (do not exist) are joined. this is because when a diatomic molecule it transforms to a ionic molecule when its joined by a single covalent bond.
NO is covalent.