BALANCING EQUATIONS:

Print the Worksheet, and balance the following equations by placing the correct coefficient in the space provided (if the coefficient is equal to one - simply leave blank.)

Example: _____ N_{2 (g)} + __3__ H_{2 (g)} ® __2__ NH_{3 (g)}

So, One nitrogen gas molecule + Three hydrogen gas molecules yields Two ammonia gas molecules.

1) ______ NCl_{3 (g)} ® ______ N_{2 (g)} + ______ Cl_{2 (g)}

2) ______ Ca_(s) + ______ O_{2 (g)} ® ______ CaO_(s)

3) ______ Al _(s) + ______ Br_{2 (l)} ® ______ AlBr_{3 (s)}

4) ______ K₂O _(s) + ______ H₂O _(l) ® ______ KOH _(s)

5) ______ KClO_{3 (s)} ® ______ KCl _(s) + ______ O_{2 (g)}

6) ______ C₂H_{6 (g)} + ______ O_{2 (g)} ® ______ CO_{2 (g)} + ______ H₂O _(g)

7) ______ C₂H₆O_(l) + ______ O_{2 (g)} ® ______ CO_{2 (g)} + ______ H₂O _(g)

8) ______ C₈H_{18 (l)} + ______ O_{2 (g)} ® ______ CO_{2 (g)} + ______ H₂O _(g)

9) ______ Fe(OH)_{3 (s)} ® ______ Fe₂O_{3 (s)} + ______ H₂O _(l)

10) ______ NaHCO_{3 (s)} ® ______ Na₂CO_{3 (s)} + ______ H₂O _(l) + ______ CO_{2 (g)}

11) ______ Zn _(s) + ______ HCl _(aq) ® ______ ZnCl_{2 (aq)} + ______ H_{2 (g)}

12) ______ Mg _(s) + ______ AgNO_{3 (aq)} ® ______ Mg(NO₃)_{2 (aq)} + ______ Ag _(s)

13) ______ CaCl_{2 (s)} + ______ AgNO_{3 (aq)} ® ______ AgCl _(g) + ______ Ca(NO₃)_{2 (aq)}

14) ______ Na₃PO_{4 (aq)} + ______ BaCl_{2 (aq)} ® ______ Ba₃(PO₄)_{2 (s)} + ______ NaCl _(aq)

15) ______ NH₄Cl _(aq) + ______ Ba(OH)_{2 (aq)} ® ______ BaCl_{2 (aq)} + ______ NH_{3 (aq)} + ______ H₂O _(l)

16) ______ Na₂CO_{3 (aq)} + ______ HCl _(aq) ® ______ NaCl _(aq) + ______ H₂O _(l) + ______ CO_{2 (g)}

17) ______ K₃PO_{4 (aq)} + ______ AgNO_{3 (aq)} ® ______ KNO_{3 (aq)} + ______ Ag₃PO_{4 (s)}

ANSWERS: