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Balancing Equations and Reaction Types

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Balancing Equations and Reaction Types
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Balancing Equations and Reaction Types

PreAP Chemistry

Review Sheet



Balance the following equations:



1. NaOH + MgCl2  NaCl + Mg(OH)2



2. Fe2O3  Fe + O2



3. Al + H3PO4  AlPO4 + H2



4. Cl2 + NaOH  NaCl + NaClO + H2O



5. NH4 + O2  N2 + H2O



6. Aluminum + bromine  aluminum bromide



7. Copper metal + sulfuric acid  Copper II sulfate + water + sulfur dioxide



8. Calcium iodide + nickel II phosphate  nickel II iodide + calcium phosphate



9. magnesium bicarbonate + magnesium hydroxide magnesium carbonate + water



10. sodium + tin IV nitrate  sodium nitrate + tin



Identify the type of Reaction and Predict the products.



______ 11. Ca + O2 



______ 12. mercury I oxide 



______ 13. Fe2O3 + H2 



______ 14. aluminum + sulfuric acid 



______ 15. NH4Cl + Pb(NO3)2 



______ 16. Barium chloride + sodium bromide 

______ 17. Carbonic acid 



______ 18. C6H6 + O2 









Write the equation, identify the type of reaction and Balance.



19. Iodine crystals and chlorine gas are heated to form iodine trichloride



20. Fluorine gas reacts with solid aluminum oxide to produce aluminum fluoride and

oxygen gas.



21. A piece of solid iron is dropped into a solution of sulfuric acid. Iron III sulfate

aqueous and hydrogen gas are produced.



22. When solid mercury II sulfide is heated with oxygen, liquid mercury metal and

gaseous sulfur dioxide are formed.



23. Chromium III oxide is produced when chromium III hydroxide is heated.

Water is also a product.



Give the symbols for the following:

24. solid 28. heat

25. liquid 29. yields

26. gas (two ways) 30. catalyst (location)

27. aqueous solution 31. precipitate



Solve:

32. Given: C + O2  CO2, if the are 4 grams of C and 12 grams of O2, how many

grams of CO2 are produced? What law are you applying?



33. energy + SO2  S + O2 Is this reaction exothermic or endothermic, How can

you tell?



34. Mg + H2SO4  MgSO4 + H2 + heat Is this reaction exothermic or endothermic,

How can you tell?


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