- Definition of Ni(OH)3
Ni(OH)3, also known as Hydroxide nickel(III) or Nickel(III) hydroxide in English, is a chemical substance that does not exist stably. The structure of Ni(OH)3 consists of a nickel atom linked to three hydroxide atoms to form a molecule.
1.2. Atomic mass and molar mass
The molar mass of Ni(OH)3 is calculated as follows: Ni: 58.69 + (O -> : 15.9994 + H -> : 1.00784)*3 = 93.71 g/mol.
1.3. Molecular structure and ions
The molecule Ni(OH)3 consists of 1 Ni3+ ion and 3 OH- ions.
- Properties of Ni(OH)3
2.1 Physical properties of Ni(OH)3
State: solid, unstable. Color: not clear due to instability. Smell: none. PH level: not determined due to instability.
2.2 Chemical properties of Ni(OH)3
Ni(OH)3 does not exist in a stable form, so its chemical properties cannot be determined.
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Applications of Ni(OH)3
Due to the instability of Ni(OH)3, there are no specific applications. -
Preparation of Ni(OH)3
4.1 Laboratory preparation of Ni(OH)3
It is impossible to prepare Ni(OH)3 in the laboratory because it does not exist in a stable form.
4.2 Industrial preparation of Ni(OH)3
It is impossible to prepare Ni(OH)3 industrially because it does not exist in a stable form.