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The 27 pages that link to Nitrate, each with the reason it gives.

• Formal chargeBroader topic: Its Lewis contributors place a positive formal charge on nitrogen and negative charges on two oxygens.

• Nitric acidBroader topic: Nitrate is the principal ion formed when nitric acid donates a proton.

• Ammonium nitrateBroader topic: It is the negatively charged component and supplies oxidizing capacity.

• Polyatomic ionBroader topic: Nitrate shows how resonance can distribute bonding across equivalent oxygen atoms.

• AnionBroader topic: Nitrate is a widespread anion in fertilizers, waters, and ecosystems.

• Silver nitrateBroader topic: NO₃⁻ balances the charge of Ag⁺ in the salt and usually remains a spectator ion in its reactions.

• OxyanionBroader topic: Nitrate is an oxyanion central to fertilizer chemistry and the nitrogen cycle.

• Lead(II) nitrateBroader topic: Two nitrate anions balance the charge of each Pb²⁺ ion.

• Barium nitrateBroader topic: Nitrate ions account for the salt’s oxidizing behavior when heated.

• Calcium nitrateBroader topic: Nitrate supplies the nitrogen in calcium nitrate and supports its use as a plant nutrient and oxidizer.

• Copper(II) nitrateBroader topic: Two singly charged nitrate ions balance the charge of each Cu²⁺ ion.

• Iron(III) nitrateBroader topic: Three nitrate anions balance the charge of each Fe³⁺ cation.

• Dinitrogen pentoxideBroader topic: It is the anion paired with nitronium in crystalline N₂O₅.

• Lithium nitrateBroader topic: Nitrate is the anion paired with lithium in the salt and accounts for its oxidizing chemistry.

• Strontium nitrateBroader topic: The nitrate ions in strontium nitrate provide oxidizing power during combustion.