Kelso High-Chem H-Reaction types

Last updated over 5 years ago

20 Nsɛmmisa

Why do sodas fizz when you first open them? And why does rust form on metal that is left outside? Both of these phenomena occur because of chemical reactions, but the way in which the reactions occur is different. There are actually several different types of chemical reactions. Reactants may combine, split apart, or replace other reactants to form the final products. In this lesson, you will learn to recognize five basic types of chemical reactions. Knowing how a given reaction works will help you understand what is happening and how specific products are being formed.

Now your turn: identify type of each reaction. Balance 1-5 only, do this in the show your work section.

Kelso High-Chem H-Reaction types

Last updated over 5 years ago

20 Nsɛmmisa

Can you think of examples other than what is here that could be a combustion reaction?

Describe a combination reaction in your own words, like you're telling a 5th grader.

Describe an example of decomposition you have witnessed.

Describe a single replacement reaction in your own words. Generate a life example.

Using life experiences, create an analogy for a double replacement reaction.

Now your turn: identify type of each reaction. Balance 1-5 only, do this in the show your work section.

Kelso High-Chem H-Reaction types

Kelso High-Chem H-Reaction types

Can you think of examples other than what is here that could be a combustion reaction?

Describe a combination reaction in your own words, like you're telling a 5th grader.

Describe an example of decomposition you have witnessed.

Describe a single replacement reaction in your own words. Generate a life example.

Using life experiences, create an analogy for a double replacement reaction.

Can you think of examples other than what is here that could be a combustion reaction?

Describe a combination reaction in your own words, like you're telling a 5th grader.

Describe an example of decomposition you have witnessed.

Describe a single replacement reaction in your own words. Generate a life example.

Using life experiences, create an analogy for a double replacement reaction.

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