lol ARE YOU DUMB it is of course iajf;ldjsf;LKFJ;ASLKDJFA;LDKFJ
covalent bonding
The only time that electrons will be shared equally is when the covalent bond is between two atoms of the same element. The reason for this is that electronegativities differ between each element, and if two elements with a covalent bond have different electronegativities then the electrons will be held more strongly by the element with the higher electronegativity.
Radon hasn't compounds woth nickel.
covalent bond,coordinate bond and singlet bond
Nitrogen in N2 as there is a triple bond between two nitrogens.
No, nickel sulfide does not have covalent bonds. Nickel sulfide typically forms ionic bonds due to the difference in electronegativity between nickel and sulfur.
covalent bonding
No. The electronegativity difference is 0.67, giving Ni - S bonds 11% ionic character. The bonds have substantial covalent character, instead. The high melting and boiling points of NiS can be attributed, not to the ionic character, but to the network arrangement of atoms. Networks, whether they be predominately ionic or predominately covalant, have higher melting and boiling points.
Ni(CO)4This is nickel carbonyl or Tetracarbonylnickel. It is an ionic bond.
Nitrogen is not a bond; it is the single element Nitrogen.
Ionic
It's an element
Hydrogen typically forms a covalent bond, where it shares electrons with another element like oxygen. However, in some cases, it can also form an ionic bond when it donates its electron to another element.
Hydrogen can form a covalent bond with nitrogen to create ammonia (NH3).
The only time that electrons will be shared equally is when the covalent bond is between two atoms of the same element. The reason for this is that electronegativities differ between each element, and if two elements with a covalent bond have different electronegativities then the electrons will be held more strongly by the element with the higher electronegativity.
In its pure form as an element, antimony (Sb) is a metal, and it therefore forms a metallic bond rather than a covalent bond.
Every halogen can form their molecules by a single covalent bond.