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Applied Physical Science. Balancing Chemical Equations. Adrianna H. Decomposes. Titanium Phosphide decomposes into Titanium and Phosphorus . TiP. One Substance breaks down into two or more separate, smaller substances. Decomposes.
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Applied Physical Science.Balancing Chemical Equations. Adrianna H
Decomposes Titanium Phosphide decomposes into Titanium and Phosphorus. TiP One Substance breaks down into two or more separate, smaller substances.
Decomposes Titanium Phosphide decomposes into titanium and Phosphorus. Ti+3 P-3 TiP(s) Ti + P Balanced - TiP(S) Ti(s) + P(s)
Double Replacement Sodium Chloride solution Plus Lead(II) acetate solution. NaCl(AQ) + Pb(C2H3O2)2(AQ) Two aqueous solutions form a different aqueous solution and a solid.
Double Replacement Sodium Chloride solution Plus Lead(II) acetate. Sodium Acetate + Lead (II) Chloride. Balanced: 2NaCl(AQ) + Pb(C2H3O2)2(AQ) 2NaC2H3O2(AQ) + PbCl2(S)
Single Replacement Nickel is added to silver nitrate solution. Ni(s) + AgNO3(AQ) Use table J to figure out if these reactions will happen.
Single Replacement Nickel is added to silver nitrate solution, forming nickel III nitrate and silver solid. Ni+2 Ag+1 NO3-1 Balanced: Ni(S)+ 3AgNO3(AQ) Ni(NO3)(AQ) +3Ag(S)
Synthesis Magnesium and Nitrogen combine. Mg + N2 .
Synthesis Magnesium and nitrogen combineand form magnesium nitride. Mg+2 N+3 Balanced: 3Mg(s) + N2(g) Mg3N2 Two or more smaller substances combine into one whole larger substance.
Summary: To balance a chemical equation first you need to have a reference table. Using the reference table you use table J and table E to determine the order of equations and to find the balanced chemical equation.