Linked from

The 19 pages that link to Carbonate, each with the reason it gives.

• Calcium carbonateNarrower topic: The carbonate ion combines with calcium ions to make this compound.

• Carbonic acidRelated: Further deprotonation of carbonic acid produces carbonate through the bicarbonate intermediate.

• CalcinationBroader topic: Metal carbonates are common calcination feedstocks that release carbon dioxide.

• PhosphateCompared with: Carbonate forms minerals and buffers water, while phosphate has distinct bonding and nutrient roles.

• Polyatomic ionBroader topic: Carbonate participates in mineral formation and acid–base equilibria.

• BicarbonateCompared with: It differs from bicarbonate by one proton and becomes more abundant as pH rises.

• Carbonate mineralNarrower topic: This ion is the defining structural component shared by carbonate minerals.

• CarboxylateCompared with: Carbonate resembles carboxylate in charge-delocalized C–O bonding but contains no carbon substituent.

• Joseph BlackNarrower topic: Black’s gas-release experiments concerned carbonates that yield carbon dioxide under heating or acid treatment.

• Lithium carbonateBroader topic: The carbonate ion determines lithium carbonate’s acid reactions and thermal decomposition.

• Potassium carbonateBroader topic: Carbonate ions account for potassium carbonate’s basicity and reactions with acids.

• Magnesium carbonateNarrower topic: The carbonate ion combines with magnesium ions to form MgCO₃.

• SmithsoniteRelated: This ion bonds with zinc to form smithsonite’s carbonate composition.

• Acid anhydrideRelated: Carbon dioxide reacts with bases to produce carbonate or bicarbonate salts.

• Copper(II) carbonateRelated: CO₃²⁻ is the anion paired with copper(II) in the formula.

• Inorganic compoundBroader topic: Carbonates are carbon-containing compounds generally treated as inorganic.

• Manganese(II) carbonateNarrower topic: The carbonate anion pairs with manganese(II) to form this salt.

• Calcium bicarbonateCompared with: Its formation favors calcium carbonate precipitation rather than dissolved bicarbonate.

• Inorganic chemicalsBroader topic: Carbonates show why carbon presence alone does not make a substance organic.