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Understanding Energy: Types, Units, and Calculations

Explore the concepts of energy with this engaging quiz designed for students. Test your knowledge on various types of energy, including kinetic and potential, and their respective units of measurement. Dive into questions that challenge you to think critically about energy dynamics in real-world scenarios, such as gravitational potential energy calculations and the principles of motion. Enhance your understanding of physics concepts and their applications in everyday life through interactive learning.

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Understanding Energy: Types, Units, and Calculations

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Presentation Transcript

  1. Please select a Team. • Team 1 • Team 2 • Team 3 • Team 4 • Team 5 • Team 6 • Team 7 • Team 8 • Team 9

  2. :00 Energy is the ability to do what? • Work • Use machines • Kinetic movement • Potential

  3. :24 What is the unit for energy? • Watt • Newton • Joule • None

  4. :09 What does potential mean? • Has the ability • Capable • Stored • None • All

  5. :05 Which is not a type of energy? • Chemical • Thermal • Radiant • Electrical • Tidal • Sound • They are all types

  6. :19 In the picture what is the type of energy? • Kinetic • Potential • Mechanical

  7. :18 Where does the dog get the energy from? • Chemical • Potential • 1,2

  8. :04 Which situation would have more kinetic energy then potential • A twisted rubber band • A roller coaster at the bottom of a hill • A skydiver after just jumping out of a plane

  9. :19 Kinetic energy deals with what • Storage • Chemicals • Elasticity • Motion • Position

  10. :24 Which is not a main type of potential energy? • Elastic • Chemical • Gravitational • None of the above

  11. :45 When solving GPE problems what are you suppose to know without looking at the problem. • Mass • Height • Speed • Distance • Gravity

  12. :43 What is the value of the thing we are supposed to know • 9.8 m/s2 • 1 m/s • 5 m • 98 m/s2 • 10 m/s2 • 50 m

  13. :00 If a skydiver weighting 100 kg jumps from a plane at 2000 m, what is the GPE of the skydiver? • 0.05 J • 20 J • 200,000 J • 1,960,000 J • 196,000,000 J

  14. :05 If Bob water ski's with a velocity of 10 m/s and a mass of 45kg, what is his KE? • 0.32 J • 4.5 J • 450 J • 2250 J • 5,062,500 J

  15. :00 How much work does Bob do if he pushes on a wall with a force of 950 N and gravity is 9.8 m/s2? • 0 J • 950 J • 96.9 J • 9310 J

  16. 1 2 3 4 5 .. . . . . . . . . . .

  17. :44 What position did the ball have the most kinetic energy? • 1 • 2 • 3 • 4 • 5

  18. .. . . . . . . . . . . 1 2 3 4 5

  19. :25 What would best describe the motion of the ball? • Potential  Kinetic Potential • Kinetic  Potential  Kinetic

  20. :00 12 kg 4 m6 sec 8 m/s28 m/s 96 NWhat is the energy? • 48 j • 24 j • 384j • 1152j • 768j • 3 j

  21. Participant Scores

  22. Team Scores

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