Ms. Edens Science

This website contains online content for 8th Grade Science and will eventually expand to all grade levels.

Standard 6-8.PS1.B.1 Final Project

Law of Conservation.jpeg

Use the choice board below to CHOOSE ONE WAY to demonstrate your knowledge of the following standard: 

6-8.PS1.B.1 Develop and use a model to describe how the total number of atoms remains the same during a chemical reaction and thus mass is conserved.


Choice Board: Chemical Reactions and Conservation of Mass

AssignmentDescription
VideoCreate a video explaining how the total number of atoms remains the same during a chemical reaction and how mass is conserved.
See example video below. Please note that she used a physical change and not a chemical change. Your example needs to be a chemical change. 
PosterDesign a poster that demonstrates the concept of conservation of mass in a chemical reaction. Include visuals and key explanations.
Comic StripCreate a comic strip illustrating a chemical reaction and explaining how the total number of atoms remains constant and mass is conserved.*I can print some panels out of your, or you can use Canva to build them. https://www.canva.com/comic-strips/templates/
3-D ModelBuild a 3-D model representing a chemical reaction. Explain how the number of atoms remains constant and mass is conserved through your model.*You can use any materials you have at school or home. I also have a few art supplies you could use. You will submit a picture of this for the assignment along with a written explanation paragraph. 
StoryWrite a story or narrative that describes a chemical reaction and incorporates the concept of conserving mass by explaining how the number of atoms remains unchanged. The story must also include pictures. 
Free IdeaCome up with your own creative way to demonstrate the concept of conserving mass in a chemical reaction. Discuss your idea with the teacher before starting.

No matter which idea you choose, it must demonstrate the Law of Conservation of Mass in relation to atoms in a chemical reaction.