No, NI3 is not a covalent compound. It is a binary ionic compound formed between the metal nickel (Ni) and the nonmetal iodine (I) through ionic bonding.
NI3 is the molecular compound nitrogen triiodide, which consists of one nitrogen atom and three iodine atoms. It is a highly sensitive and explosive compound that can detonate upon touch or even light impact.
nitrogen triiodide
The formula for nitrogen triiodide is NI3. Each molecule contains one nitrogen atom and three iodine atoms. It is an extremely sensitive and explosive compound.
Ni3(PO4)2 is the chemical formula for nickel(II) phosphate, which is a compound containing nickel ions and phosphate ions. It is a solid compound that can be used in some industrial applications or as a source of nickel in chemical reactions.
No, NI3 is not a covalent compound. It is a binary ionic compound formed between the metal nickel (Ni) and the nonmetal iodine (I) through ionic bonding.
NI3 is the molecular compound nitrogen triiodide, which consists of one nitrogen atom and three iodine atoms. It is a highly sensitive and explosive compound that can detonate upon touch or even light impact.
The molecular formula for nitrogen iodide is NI3.
nitrogen triiodide
This compound is nitrogen triiodide.
A molecule Ni3 doesn't exist; you think probable to a compound of Ni(III).
The formula for nitrogen triiodide is NI3. Each molecule contains one nitrogen atom and three iodine atoms. It is an extremely sensitive and explosive compound.
The chemical formula for nitrogen triiodide is NI3, with one nitrogen atom bonded to three iodine atoms.
Ni3(PO4)2 is the chemical formula for nickel(II) phosphate, which is a compound containing nickel ions and phosphate ions. It is a solid compound that can be used in some industrial applications or as a source of nickel in chemical reactions.
NI3 is polar because it has a trigonal pyramidal molecular geometry with nitrogen being more electronegative than iodine. This results in an uneven distribution of charge within the molecule, leading to a net dipole moment.
To find the grams in 88.4 moles of NI3, you need to multiply the number of moles by the molar mass of NI3. The molar mass of NI3 is 381.6 g/mol. Therefore, 88.4 moles of NI3 is 88.4 moles x 381.6 g/mol = 33,707.04 grams of NI3.
Ni3 is ionic because it consists of a metal (Ni, nickel) and non-metal atoms (3 atoms of the same element), indicating the transfer of electrons from the nickel atom to the non-metal atom to form ions.