Density - Soda Pop Demonstration

Density - Soda Pop Demonstration
Density - Soda Pop Demonstration
Density - Soda Pop Demonstration
Density - Soda Pop Demonstration
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3.53 MB   |   18 pages

PRODUCT DESCRIPTION

The regular pop vs. diet pop demonstration is an excellent demonstration for students to learn about density.
How dense an object is can be calculated by using the density equation: Density = Mass divided by Volume. The density of water is 1.0 grams per milliliter. Any object that has a density greater than 1.0 g/mL will sink and any object with a density of less than 1.0 g/mL will float. In this demonstration, the volume of the cans of pop are the same which means the mass of the liquids must be different.
Included in this product is:
The science behind the demonstration and extensions
Optional Pre-Demonstration Handout in Color Using Coke vs. Diet Coke
Optional Pre-Demonstration Handout in Black and White Using Coke vs. Diet Coke
Optional Pre-Demonstration Handout in Color Using Generic Soda Pop Cans
2 Page Student Handout in Color Using Coke vs. Diet Coke
2 Page Student Handout in Black and White Using Coke vs. Diet Coke
2 Page Student Handout in Black and White Using Generic Soda Pop
Total Pages
18
Answer Key
Included
Teaching Duration
45 Minutes

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Density - Soda Pop Demonstration
Density - Soda Pop Demonstration
Density - Soda Pop Demonstration
Density - Soda Pop Demonstration
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