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Chemical Reactions. By: Ni. S ynthesis. Magnesium + Nitrogen form into Magnesium Nitride Mg (S) + N 2(g). S ynthesis. Magnesium + Nitrogen form into Magnesium Nitride 3Mg (S) + N 2(g) Mg 3 N 2(S) In synthesis 2 or more reactants make one larger product. Decomposition.
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Chemical Reactions By: Ni
Synthesis Magnesium + Nitrogen form into Magnesium Nitride Mg(S) + N2(g)
Synthesis Magnesium + Nitrogen form into Magnesium Nitride 3Mg(S) + N2(g)Mg3N2(S) In synthesis 2 or more reactants make one larger product
Decomposition Titanium(III) Oxide decomposes into Titanium metal and Oxygen Ti2O3(S)
Decomposition Titanium(III) Oxide decomposes into Titanium metal and Oxygen 2Ti2O3(S) 4Ti(S) + 3O2(g) One reactant becomes two or more products.
Single Replacement Lithium replaced the potassium in solution, the potassium is bumped out as a solid. The bromide is the spectator ion. Li(S) + KBr(AQ)
Single Replacement Lithium replaced the potassium in the solution, the potassium is bumped out as a solid. The bromide is the spectator ionbecause it isn’t directly involved in the reaction. Li(S) + KBr(AQ)LiBr(AQ) + K(S) Always use table J to determine if this reaction happened.
Double Replacement Barium Chloride and Rubidium Hydroxide BaCI2 + 2RbOH
Double Replacement Barium Chloride and Rubidium Hydroxide BaCl2(AQ) + 2RbOH(AQ)Ba(OH)2(S) +2RbCl(AQ) Always use table F to determine if this reaction happened.
Closure Those are the 4 types of chemical reactions which we studied already. -Synthesis -Decomposition -Single Replacement -Double Replacement