Linked from

The 12 pages that link to Dichromate, each with the reason it gives.

• ChromateRelated: Acidic conditions favor this condensed form over yellow chromate.

• Hexavalent chromiumBroader topic: Acidic conditions shift chromate toward this form, used in some industrial processes.

• PermanganateCompared with: Dichromate is a classic alternative oxidant, but its color and environmental hazards differ.

• Chromium trioxideRelated: Acidic chromium(VI) solutions can contain dichromate alongside other oxo species.

• OxyanionBroader topic: Dichromate illustrates the oxidizing chemistry and toxicity of some oxyanion salts.

• Chromic acidRelated: Acidic conditions shift chromate species toward this dimeric ion.

• Sodium chromateCompared with: Acidic conditions shift chromate toward this differently colored, related ion.

• FerricyanideCompared with: It provides a familiar oxidant comparison without ferricyanide’s metal–cyanide coordination structure.

• Potassium manganateCompared with: Its color and dimeric structure contrast with monomeric green manganate.

• Lead(II) chromateCompared with: Acidity shifts chromate toward dichromate, changing the relevant dissolved chromium species.

• Potassium chromateRelated: Chromate and dichromate interconvert as solution acidity changes.

• Ammonium dichromateBroader topic: This anion supplies the chromium and oxygen in ammonium dichromate.