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Laabri

Types of Chemical Reactions Activity

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Last updated almost 4 years ago
11 Nsɛmmisa

Objective: learn about the different types of chemical reactions and be able to arrange chemical reactions in these different categories.

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1.

Arrange the chemical reactions in different groups(use any pattern based on what you think). Take a picture of how you organized the different chemical reactions

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2.

In 1-2 sentences, explain how you organized your groups of chemical reactions.

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3.

After looking at different groups, what were some similarities of how you organized the chemical reactions(complete sentences)?

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4.

After looking at different groups, what were some differences of how you organized the chemical reactions(complete sentences)?

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5.

If you were told that more chemical reactions existed than the largest number from the groups presented, rearrange your groups to form multiple groups and take a picture of these groups.

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6.

Explain how you came up with these groups(Use 1-2 complete sentences to explain).

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7.

If you were told to groups you formed must have at least 3 reactions in it, rearrange the groups to meet this requirement and take a picture of the groups you reformed.

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8.

Explain what groups you changed and why(complete sentences)?

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9.

Form the "correct" number of groups as directed by your instructor and take a picture(Online students, please email the instructor for the correct number of groups).

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10.

Do you contain any chemical reactions which belong to multiple groups? Give an example and explain why you think it belongs to multiple groups(complete sentences).

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11.

Organize each chemical reaction in the appropriate group(groups are determined on the front board).

  • ____Rb + ___N2 → ___Rb3N

  • ____S2F6 → ____S + ____F2

  • ____HF→ ____H2 + ____F2

  • ____PbS + ____C → ____Pb + ____CS2

  • ____SrO → ____Sr + ____O2

  • ____Co + ____Br2→ ____CoBr3

  • ____Fe2O3 + ____S → ____FeS + ____O2

  • ____ZnI2 + ____CoF2 → ____ZnF2 + ____CoI2

  • ____Ni + _____Br2 → ____NiBr

  • ____FeBr3 + ____HCl → ____FeCl3 + ____HBr

  • ____N2 + ____O2 + ____H2O → ____HNO3

  • ____CaO → ____Ca + ____O2

  • ____CH4 + ____O2 → ____CO2 + ____H2O

  • ____C5H10 + ____O2 → ____CO2 + ____H2O

  • Group 1: Combination

  • Group 2: Decomposition

  • Group 3: single replacement

  • Group 4: double replacement

  • Group 5: combustion

  • Group 6

  • Group 7

  • Group 8