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Jeopardy - Physical Science Chapter 13 Review Game

Test your knowledge of principles and laws in physical science with this Jeopardy-style review game. Explore concepts such as Pascal's Principle, Bernoulli's Principle, Archimedes's Principle, buoyant forces, and more. Answer questions related to pressure, velocity, buoyancy, and their applications. Have fun and learn in an interactive way!

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Jeopardy - Physical Science Chapter 13 Review Game

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  1. Jeopardy Physical Science Chapter 13 Review Game

  2. Select a Category

  3. Principles and Laws This principle states that pressure applied to any fluid is equally distributed throughout the fluid. 1 point Check

  4. Principles and Laws What is Pascal’s Principle? 1 point Back to Category Slide

  5. Principles and Laws This principle states that as the velocity of a fluid increases, the pressure within the fluid decreases. 2 points Check

  6. Principles and Laws What is Bernoulli’s Principle? 2 points Back to Category Slide

  7. Principles and Laws This principle states that the buoyant force on an object is equal to the weight of the fluid displaced by the object. 3 points Check

  8. Principles and Laws What is Archimedes's Principle? 3 points Back to Category Slide

  9. Principles and Laws An airplane can fly due to Bernoulli’s Principle. The force that pushes up on an airplane is called this. 4 points Check

  10. Principles and Laws What is lift? 4 points Back to Category Slide

  11. Principles and Laws This is based on Bernoulli’s Principle where windows in skyscrapers are blown out due to decreasing pressure. 5 points Check

  12. Principles and Laws What is the Venturi Effect? 5 points Back to Category Slide

  13. Can You Feel The Pressure? During a storm, the wind exerts 200 N of force on a window that measures 1.25 m by 1.50 m. This is the pressure of the wind. 1 point Check

  14. Can You Feel The Pressure? What is 106.7 Pa? 1 point Back to Category Slide

  15. Can You Feel The Pressure? A book exerts a pressure of 70 Pa on an area of 0.28 m2. This is the force of the book in Newton’s. 2 points Check

  16. Can You Feel The Pressure? What is 19.6 Newton’s? 2 points Back to Category Slide

  17. Can You Feel The Pressure? A wooden crate has a weight of 250 kg and is resting on the floor. If crate measures 2.3 m long and 1.8 m wide, this would be the pressure it exerts on the floor. 3 points Check

  18. Can You Feel The Pressure? What is 591.8 Pa? 3 points Back to Category Slide

  19. Can You Feel The Pressure? The pressure an elephant exerts on a ball is 70,500 Pa. If the area of the ball is 0.25 m2, this would be the weight of the elephant in Newton’s. 4 points Check

  20. Can You Feel The Pressure? What is 17,625 Newton’s? 4 points Back to Category Slide

  21. Can You Feel The Pressure? A hiker is at top of a mountain where the pressure is at 104.7 kPa. This is the pressure in bars. (1 bar = 101.3 kPa) 5 points Check

  22. Can You Feel The Pressure? What is 1.03 bars? 5 points Back to Category Slide

  23. Buoyant Forces Buoyancy pushes objects in this direction. 1 point Check

  24. Buoyant Forces What is upward? 1 point Back to Category Slide

  25. Buoyant Forces A heavy steel ship is able to float because… A)The density of steel is 7.8 g/cm3 B) The density of water is 1.0 g/cm3 C) The shape of the ship enables it to displace a large volume of water. 2 points Check

  26. Buoyant Forces What is letter C? 2 points Back to Category Slide

  27. Buoyant Forces An object that sinks has a density that is _____ than one. 3 points Check

  28. What is greater? 3 points Back to Category Slide

  29. Buoyant Forces Buoyancy causes an apparent _______ of weight. 4 points Check

  30. Buoyant Forces What is loss? 4 points Back to Category Slide

  31. Buoyant Forces An object has a gravitational force of 30 N. It also has a buoyant force of 30 N. This object would do this in water. 5 points Check

  32. Buoyant Forces What is become suspended? 5 points Back to Category Slide

  33. Teacher Demo’s Two can’s being “pushed” together because of high and low pressure differentials. 1 point Check

  34. Teacher Demo’s What is Bernoulli’s Principle? 1 point Back to Category Slide

  35. Teacher Demo’s Power steering and hydraulics. 2 points Check

  36. Teacher Demo’s What is Pascal’s Principle? 2 points Back to Category Slide

  37. Teacher Demo’s Clay has a density of 1.2 g/cm3 and yet we could make it float. 3 points Check

  38. Teacher Demo’s What is Archimedes’s Principle? 3 points Back to Category Slide

  39. Teacher Demo’s Putting a 2 N weight in water and having it weigh less. 4 points Check

  40. Teacher Demo’s What is Archimedes’s Principle? 4 points Back to Category Slide

  41. Teacher Demo’s Random Question: The S.I. unit of measurement used to express pressure. 5 points Check

  42. Teacher Demo’s What is the Pascal? 5 points Back to Category Slide

  43. Congratulations!You have completed the game of Jeopardy.

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