ionic equations

• In reaction 1, what are the reactants in the original equation?

  Fe$_{(s)}$ + CuSO$_{4(aq)}$
• In reaction 1, what are the products of the reaction?

  FeSO$_{4(aq)}$ + Cu$_{(s)}$
• In reaction 1, what is the net ionic equation?

  Fe$_{(s)}$ + Cu$_{(aq)}^{2+}$ → Fe$_{(aq)}^{2+}$ + Cu$_{(s)}$
• In reaction 2, what are the reactants in the original equation?

  2 AgNO$₃$$_{(aq)}$ + H$₂$SO$₄$$_{(aq)}$
• In reaction 2, what is the precipitate that forms?

  Ag$₂$SO$₄$$_{(s)}$
• In reaction 2, what is the net ionic equation?

  2 Ag$⁺$$_{(aq)}$ + SO$₄$$²⁻$$_{(aq)}$ → Ag$₂$SO$₄$$_{(s)}$
• In reaction a, what are the reactants in the original equation?

  HNO$₃$$_{(aq)}$ + NaOH$_{(aq)}$
• In reaction a, what are the products of the reaction?

  NaNO$₃$$_{(aq)}$ + H$₂$O$_{(l)}$
• In reaction a, what is the net ionic equation?

  H$⁺$$_{(aq)}$ + OH$⁻$$_{(aq)}$ → H$₂$O$_{(l)}$
• In reaction b, what are the reactants in the original equation?

  HCl$_{(aq)}$ + KOH$_{(aq)}$
• In reaction b, what are the products of the reaction?

  KCl$_{(aq)}$ + H$₂$O$_{(l)}$
• In reaction b, what is the net ionic equation?

  H$⁺$$_{(aq)}$ + OH$⁻$$_{(aq)}$ → H$₂$O$_{(l)}$