The formula name of OH- is Hydroxide and Al3 is the formula for Aluminum.
Al(OH)3 =
A;^3+ & 3OH^-
Notice the charges bslance, as 3+ = 3X -1
Aluminum hydroxide, with formula Al(OH)3.
There is no such chemical symbol. 'OH' does not exist as a substance. However, the symbol 'OH^-' does exist, it is the symbol for the hydroxide anion(ion). Further when 'OH^-' is shown in a substance , e.g. NaOH , the 'OH^- ,moiety still exists but is cancelled out by the 'Na^+' Two equal and opposite charges.
Iron(III) hydroxide has the chemical formula Fe(OH)3.
Sr(2+) is the cation of strontium; H2O is the chemical formula of water.The chemical reaction is:Sr + 2 H2O = Sr(OH)2 + H2
OH- is a hydroxide ion, if the dash is a superscript. It can be the functional group in alcohols but the dash would normally precede it in that case.
OH- (note the negative charge) is the hydroxide ion. This ion consists of a deprotonated water molecule; it acts as a base. OH (typically denoted ROH) can also denote a hydroxyl group, which is a common functional group in organic chemistry. For example MeOH is methanol, CH3OH.
Al3+ and CH3COO−
Ammonium Hydroxide = NH4+ OH- Aluminium ion = Al3+
Al3+ + S2- ------------> Al2S3
Al3+
Al2S3 is the empirical formula
Al2O3
The equation for Al3O3 is Al3 + O2.
Al2S3====
AlCl3 --> Al3+ + 3 Cl-
The formula for aluminum oxide is Al2O3: Molar mass =581.77g/mol Al2O3.In one mole Al2O3, there are two moles of Al3+ ions, therefore 2 moles Al3+ x 26.982g/mol Al3+ = 53.964g Al3+ in one mole of Al2O3.GIVEN: mass of Al3+ = 53.964 g Al3+;Molar mass of Al2O3 = 581.77 g Al2O3UNKNOWN: % Al3+EQUATION:% Al3+...=...g Al3+x 100...g Al2O3% Al3+...=...53.964g Al3+x100......=...9.2758% Al3+581.77g Al2O3
The aluminium cyanide is Al(CN)3.
Aluminium 3+(Al3+)