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Volume

Volume. Hopefully. . . This will serve as a review from your MATH class. Volume. Definition: the amount of space inside a three- dimensional shape , measured in cubic units (x 3 ) Which object has the greatest volume? WHY?. How do we measure the volume of liquids? .

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Volume

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  1. Volume Hopefully. . . This will serve as a review from your MATH class

  2. Volume Definition: the amount of space inside a three-dimensional shape, measured in cubic units (x3) Which object has the greatest volume? WHY?

  3. How do we measure the volume of liquids? Use a graduated cylinder

  4. How do we measure the volume of a REGULAR shaped solid? Use equations

  5. Cylinder

  6. Sphere

  7. Cone

  8. Rectangular Prism

  9. Cube

  10. Right Rectangular Pyramid

  11. How do we measure the volume of an IRREGULARLY shaped solid? Use the water displacement method Final Volume – Initial Volume = Volume of irregularly shaped object 95 mL – 70 mL = 25 mL Object Initial Volume Final Volume

  12. How do we measure the volume of gases? Find the volume of the container that the gas is in

  13. So Now it is YOUR Turn. . . • Note Sheet on ISN pg. 3 • Formula Sheet gets taped down to ISN p. 4R • Practice Calculations gets taped on ISN p. 4L

  14. Period 1 Calculations • Period 1- cylinder cm3 – cm3 rectangular prism cm3 - cm3 cube cm3- cm3 sphere cm3- cm3 cone cm3- cm3

  15. Period 2 Calculations • Period 2- cylinder cm3 – cm3 rectangular prism cm3 - cm3 cube cm3- cm3 sphere cm3- cm3 cone cm3- cm3

  16. Period 3 Calculations • Period 3- cylinder cm3 – cm3 rectangular prism cm3 - cm3 cube cm3- cm3 sphere cm3- cm3 cone cm3- cm3

  17. Period 5 Calculations • Period 5- cylinder cm3 – cm3 rectangular prism cm3 - cm3 cube cm3- cm3 sphere cm3- cm3 cone cm3- cm3

  18. Period 7 Calculations. . . • Period 7- cylinder cm3 – cm3 rectangular prism cm3 - cm3 cube cm3- cm3 sphere cm3- cm3 cone cm3- cm3

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