Balance the following chemical equations. You do not need to include the states of the reactants or products. a) Cu(NO3)2 + NaBr →→ CuBr₂ + NaNO3 b) FeCl3 + Na₂CO3 Fe₂(CO3)3 + NaCl c) K + H₂O → KOH + H₂ d) Al₂(CO3)3 + Mgl₂ → All3 + MgCO3 e) SnS₂ + 0₂ → SnO₂ + SO₂ f) Ba + O₂ → BaO Reminder: When a polyatomic ion, such as NO3-, appears on both sides of an equation, it may be counted as if it was one "element."

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Balance the following chemical equations. You do not need to include the states of the reactants or products.
a) Cu(NO3)2 + NaBr → CuBr₂ + NaNO3
b) FeCl3 + Na₂CO3 → Fe₂(CO3)3 + NaCl
c) K + H₂O → KOH + H₂
d) Al₂(CO3)3 + Mgl₂ → All3 + MgCO3
e) SnS₂ + O₂ → SnO₂ + SO₂
f) Ba + O₂
BaO
Reminder: When a polyatomic ion, such as NO3, appears on both sides
of an equation, it may be counted as if it was one "element."
Transcribed Image Text:Balance the following chemical equations. You do not need to include the states of the reactants or products. a) Cu(NO3)2 + NaBr → CuBr₂ + NaNO3 b) FeCl3 + Na₂CO3 → Fe₂(CO3)3 + NaCl c) K + H₂O → KOH + H₂ d) Al₂(CO3)3 + Mgl₂ → All3 + MgCO3 e) SnS₂ + O₂ → SnO₂ + SO₂ f) Ba + O₂ BaO Reminder: When a polyatomic ion, such as NO3, appears on both sides of an equation, it may be counted as if it was one "element."
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