No, it can have as many bonds as necessary to join the various atoms in the molecule together.
The answer would be bond angle, for number 19#
The energy required to break the bonds in 1 mol of a chemical compound is known as the bond dissociation energy. It represents the amount of energy needed to break a specific type of bond in a mole of gaseous molecules. Bond dissociation energy values can vary depending on the type of bond and the specific compound being considered.
Just one.
No - sodium chloride is ONLY an ionic compound.
No, there is not such a compound with sodium and boron.
assuming C2H502N is either 2-hydroxy ethanamide or methoxymethanamide, there is only 1 pi bond as the only double bond is the oxygen in the amide group. yeh? assuming C2H502N is either 2-hydroxy ethanamide or methoxymethanamide, there is only 1 pi bond as the only double bond is the oxygen in the amide group. yeh? assuming C2H502N is either 2-hydroxy ethanamide or methoxymethanamide, there is only 1 pi bond as the only double bond is the oxygen in the amide group. yeh? assuming C2H502N is either 2-hydroxy ethanamide or methoxymethanamide, there is only 1 pi bond as the only double bond is the oxygen in the amide group. yeh?
Blue 1 is an artificial coloring. It contains of 3 aromatic cycles bond to a middle carbon atom. So it is a carbonic compound.
No, F2 is covalent but it is an element, not a compound.
Covalent compounds form covalent bonds. In a covalent bond, atoms share electrons to achieve a stable electron configuration. This sharing of electrons creates a strong bond between the atoms in the compound.
1-butyne contains a triple bond which can be fugured out from the name butYNE. Number one in the front means that the triple bond is between the first and second carbon atom.
In one double bond, there are 2 bonds (1 σ bond and 1 π bond), and in one single bond, there is 1 bond (1 σ bond). So in total, there are 3 bonds present (1 σ bond and 1 π bond from the double bond, and 1 σ bond from the single bond).
When only potassium and oxygen, the compound usually formed has the formula K2O. Under certain conditions, a compound with formula K2O2 can also be formed.