Density

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Density is an important property in many materials engineering designs and applications. Why is the density of water maximum at 4 °C? How density changed by changing the temperature?
myViewBoard Originals - Density activities design based on the following learning objectives for teachers to let students practice and participate in the class after they learned:

• Students will understand why the density of water is maximum at 4°C.
• Students will understand the changes in water density and volume by changing the temperature.
• Students will practice calculating the densities of objects when given their masses and volumes.
• Students will conclude and explain that materials with densities greater than water will sink, while those with densities less than water will float.

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Instructions

• Begin with Video-assisted Learning to help build background and knowledge about anomalous behavior of water.
• Use animation-assisted to illustrate that decreasing the temperature between at 0 °C and 4 °C generally increases the volume, but there is notable reverse relationship to over 4 °C.
• Understand why density of water maximum at 4 °C.
• Practice the density formula. This science graphic organizer will aid students in identifying and defining mass, volume, and density and how they are mathematically related.
• Practice to calculate the densities of objects when given their masses and volumes. Arrange the objects in order by comparing densities.
• Practice to conclude that materials with densities greater than water will sink, while those with densities less than water will float.
• Hot and Cold Water Density Experiment to teach students How Temperature Effects Water Density. A collection of myViewboard Originals Backgrounds- Experiment Worksheet that you can download and edit for use in your science classes.

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Static Electricity
Magnetism

   

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