There is no such thing as an "OH atom". OH- exists as a negative ion that can form crystalline structures with positive metal ions such as Li+ solutions of which are alkaline. The colour of these compounds depends on the metal, group 1 and 2 metals, to which OH usually coordinates are generally colourless. D block metals tend to form coloured compounds due to splitting in d-orbitals.
The charge of the hydroxide ion is -1.
The hydroxide ion's chemical formula is [OH]-
The ions found in aluminium hydroxide are: 1. aluminium ion , Al3+ 2. hydroxide ion , OH-
It is the hydroxide ion (OH-) in sodium hydroxide (NaOH) that causes red litmus to turn blue. The hydroxide ion is a strong base and can accept protons from the acidic red litmus dye, resulting in a color change.
The hydroxide ion (OH-) is the only negative ion present in an aqueous solution of an Arrhenius base.
The hydroxide ion is -OH.
The charge of the hydroxide ion is -1.
The hydroxide ion's chemical formula is [OH]-
The ions found in aluminium hydroxide are: 1. aluminium ion , Al3+ 2. hydroxide ion , OH-
It is the hydroxide ion (OH-) in sodium hydroxide (NaOH) that causes red litmus to turn blue. The hydroxide ion is a strong base and can accept protons from the acidic red litmus dye, resulting in a color change.
Barium ion = Ba2+ Hydroxide ion = OH-
The symbol for hydroxide ion is OH-.
The spectator ion for beryllium hydroxide is the hydroxide ion (OH-). Beryllium (Be2+) is the main ion involved in the reaction, while the hydroxide ion remains unchanged and does not participate in the net ionic equation.
The hydroxide ion (OH-) is the only negative ion present in an aqueous solution of an Arrhenius base.
A hydroxide ion (OH-)hydroxide ion
hydroxide is a polyatomic ion (OH[superscript -])
negative one