Oh na na he dragged me there the oh na na na

Towrite the ionic equation we must separate all aqueous speciesinto their ions and leave any solid, liquid or gaseous substancein its molecular form. So the molecular form of the equation is shown above. Water is present since the reactionoccurs in aqueous solution, we just do not write it as a product. So when ammonia is one of the reactants we do notinclude water as a product. Since there is no hydroxide ions we can not write wateras a product. Molecular equation: HBr (aq) + NH 3(aq)-> NH 4Br (aq) Notice in this particular neutralization equation no water isformed. The other product is water.Be sure to balance this equation. ionic equation: 2H + (aq)+ 2NO 3 - (aq) + Ca 2+ (aq)+ 2OH - (aq) -> Ca 2+ (aq)+ 2NO 3 - (aq) + 2H 2O (l) Finally to write the net ionic equation we must cancel allspecies common to both sides of the equation ionic equation: 2H + (aq)+ 2NO 3 - (aq)+ Ca 2+ (aq)+ 2OH - (aq) -> Ca 2+ (aq)+ 2NO 3 - (aq)+ 2H 2O (l) net ionic equation: 2H + (aq)+ 2OH - (aq) -> 2H 2O (l) or net ionic equation: H + (aq)+ OH - (aq) -> H 2O (l)Д¬onsider the reaction between hydrobromic acid and ammonia HBr (aq) + NH 3(aq)-> To write the products we combine the anion of the acid withthe cation of the base and write the correct formula followingthe principle of electroneutrality. So in this case HNO 3(aq),Ca(OH) 2(aq), and Ca(NO 3) 2(aq) mustbe written as aqueous ions and H 2O (l) remainsin its molecualr form. Molecular equation: 2HNO 3(aq) +Ca(OH) 2(aq) -> Ca(NO 3) 2(aq)+ 2H 2O (l) So the molecular form of the equation is shown above. ionic equation: H + (aq) +Cl - (aq) + Na + (aq) +OH - (aq) -> Na + (aq)+ Cl - (aq) + H 2O (l) Finally to write the net ionic equation we must cancel allspecies common to both sides of the equation ionic equation: H + (aq) + Cl - (aq)+ Na + (aq)+ OH - (aq) -> Na + (aq)+ Cl - (aq)+ H 2O (l) net ionic equation: H + (aq)+ OH - (aq) -> H 2O (l)Д¬onsider the reaction between nitric acid and calciumhydroxide HNO 3(aq) + Ca(OH) 2(aq)-> To write the products we combine the anion of the acid withthe cation of the base and write the correct formula followingthe principle of electroneutrality. So in this case HCl (aq), NaOH (aq),and NaCl (aq) must be written as aqueous ions and H 2O (l)remains in its molecualr form. Molecular equation: HCl (aq) + NaOH (aq)-> NaCl (aq) + H 2O (l) So the molecular form of the equation is shown above. Consider the reaction between hydrochloric acid and sodiumhydroxide HCl (aq) + NaOH (aq)-> To write the products we combine the anion of the acid withthe cation of the base and write the correct formula followingthe principle of electroneutrality. Let's consider a few neutralization reactions and how wewrite the equations.

Oh na na he dragged me there the oh na na na