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- 1. What is Matter?<br />Physical Science<br />Chapter 1.1<br />
- 2. Objectives:<br />Describe the two properties of all matter.<br />Identify the units used to measure volume and mass.<br />Compare mass and weight.<br />Explain the relationship between mass and inertia.<br />
- 3. Matter<br />anything that has mass and takes up space.<br />Matter in the Universe<br />Everything in the universe that you can see is made up of some type of matter.<br />Baseball<br />Red blood Cells<br />Milky Way Galaxy<br />
- 4. Matter and Volume<br />Liquid Volume<br />units <br />Liters (L) & milliliters (mL)<br />Use Graduated Cylinder<br />Read from meniscus<br />
- 5. Volume of an Irregularly Shaped Solid Object<br />You can find the volume of an irregularly shaped object by measuring the volume of water that the object displaces.<br />
- 6. Volume of a Regularly Shaped Solid Object<br />To find the volume of a regularly shaped solid object use the following equation:<br />Volume = length width height<br />H<br />L<br />W<br />
- 7.
- 8. Matter and Mass<br />The Difference Between Mass and Weight<br />Weight <br />Measure of the gravitational force exerted on an object. <br />The more mass an object has, the greater the gravitational force on the object and the greater the object’s weight.<br />Mass<br />The amount of matter in an object<br />
- 9. Mass vs. Weight<br />Mass<br /><ul><li>Measure of amount of matter in an object
- 10. Always constant for an object no matter where the object is located.
- 11. Measure by using a balance.
- 12. Expressed in kilograms (kg), grams (g), and milligrams (mg)</li></ul>Weight<br /><ul><li>Measure of gravitational force on an object.
- 13. Varies depending on where the object is in relation to Earth (or any large body in the universe.
- 14. Measure by using a spring scale.
- 15. Expressed in Newtons (N</li></li></ul><li>
- 16. Inertia<br />Tendency of an object to resist a change in motion.<br />Mass: The Measure of Inertia<br />An object that has a large mass is harder to move and harder to stop than an object that has less mass.<br />The reason is that the object with the large mass has greater inertia.<br />Which has more inertia?<br />

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