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Jeopardy Physical Science

Review for Chapter 11 and 12 Test. Jeopardy Physical Science. Rules. We will divide into 4 groups, each group needs to elect a spokesperson. Every one needs to be actively seeking for the answer, but the spokesperson will write down the correct answer on the whiteboard.

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Jeopardy Physical Science

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  1. Review for Chapter 11 and 12 Test Jeopardy Physical Science

  2. Rules • We will divide into 4 groups, each group needs to elect a spokesperson. Every one needs to be actively seeking for the answer, but the spokesperson will write down the correct answer on the whiteboard. • There are 10 categories, with each category having 5 questions. They increase in difficulty by the numbers. • We will rotate among the 4 teams, each team can select their category, if you get a question wrong, then the next team in line can answer the question. • The winning team will receive a prize.

  3. Categories

  4. Distance 100 • Distance is the length of a path between _________________________________________________.

  5. Distance 200 • True or False: A frame of reference is a system of objects that are not moving with respect to one another.

  6. Distance 300 • A girl who is watching a plane fly tells her friend that the plane isn’t moving at all. Describe a frame of reference in which the girl’s description would be true.

  7. Distance 400 A greyhound bus travels 400 km North, then 163 km West, then 45 km East. What is the total distance traveled by the bus?

  8. Distance 500 • List the common SI units for measuring distance from smallest to largest unit.

  9. Displacement 100 • Displacement is the length of a straight line from the ___________________ to the ___________________.

  10. Displacement 200 • A vector is a quantity that has __________ and _______________.

  11. Displacement 300 DAILY DOUBLE • When two displacements, represented by 2 vectors, have the same direction, you can _________ their magnitudes, but when 2 vectors have opposite directions, you __________ their magnitudes. • What method do you use if Displacement vectors do not follow a straight path?

  12. Displacement 400 • You travel 5 km N to school each day and travel 5 km S home each day. What is your displacement?

  13. Displacement 500 • If 2 displacement vectors add to yield a total displacement of 0, but their distance is the same but greater than zero, what do you know about the two displacements?

  14. Speed and Velocity 100 • Compare and contrast average speed to instantaneous speed.

  15. Speed and Velocity 200 • A car travels 85 km from Town A to Town B, then 45 km from Town B to Town C. The total trip took 1.5 hours. What was the average speed of the car?

  16. Speed and Velocity 300 • A bicyclist travels for 1.5 hours at an average speed of 32 km/h. How far does the bicyclist travel in that time?

  17. Speed and Velocity 400 • Does a car’s speedometer show instantaneous speed, average speed, or velocity? Explain.

  18. Speed and Velocity 500 • A boat is traveling at a velocity of 12 km/hr perpendicular to the shoreline. The river is traveling at a velocity of 5 km/hr straight with the shoreline. What is the boat’s velocity in relation to the shoreline?

  19. Acceleration 300 • Explain free fall. What is the value of acceleration of an object due to gravity?

  20. Acceleration 100 • Acceleration is the rate at which ______________.

  21. Acceleration 200 • What is the equation for acceleration? • What is the unit for acceleration?

  22. Acceleration 400 • A sprinter accelerates from the starting block to a speed of 8.0 m/s in 4.0 s. What is the magnitude of the sprinter’s acceleration?

  23. Acceleration 500 Based on the graph, what is the skier’s acceleration. Solve for slope

  24. Forces 100 • Which universal force can repel as well as attract?

  25. Forces 200 • Explain Newton’s law of universal gravitation.

  26. Forces 300 • Which of the following lists the 4 forces from weakest to strongest? • Strong nuclear, weak nuclear, gravitational, electromagnetic • Electromagnetic, gravitational, strong nuclear, weak nuclear • Gravitational, weak nuclear ,electromagnetic, strong nuclear

  27. Forces 400 • Explain how the strong nuclear force works to overcome repulsion by like charges in the nucleus?

  28. Forces 500 • The moon in its orbit around Earth behaves like a ball at the end of a string being swung above your head. Explain the forces involved.

  29. Friction 100 • List the 4 types of friction.

  30. Friction 200 • Fluid friction acting on a object moving through the air is known as ____________________.

  31. Friction 300 • The combination of an initial forward velocity and the downward vertical force of gravity causes the ball to follow a curved path. What is the curved path called?

  32. Friction 400 • Which of the following correctly lists friction types (excluding fluid) from weakest to strongest? • Sliding, static, magnetic • Static, rolling, sliding • Weak, strong, nuclear • Rolling, sliding, static • Static, sliding, rolling

  33. Friction 500 • Hovercraft, which move over water on a cushion of air, can achieve greater speeds than ordinary boats? Explain why this is possible.

  34. Newton’s 1st law 100 • Explain Newton’s 1st law.

  35. Newton’s 1st law 200 • Newton’s 1st law is also known as the law of _____________. Explain why.

  36. Newton’s 1st law 300 • How does a zero net force affect an object’s motion?

  37. Newton’s 1st law 400 • Suppose two 4 N forces act on an object in the same direction, What is the net force on the object?

  38. Newton’s 1st law 500 • Give two examples of Newton’s 1st law that you observe during a normal day?

  39. Newton’s 2nd law 100 • Give the formula that describes Newton’s 2nd law of motion.

  40. Newton’s 2nd law 200 • Describe the units of acceleration, net force, and mass.

  41. Newton’s 2nd law 300 • An automobile with a mass of 1000 kilograms accelerates when the traffic light turns green. If the net force on the car is 4000 newtons, what is the car’s acceleration?

  42. Newton’s 2nd law 400 • A 20-N net force acts on an object with a mass of 2.0 kg. What is the object’s acceleration?

  43. Newton’s 2nd law 500 • What is the acceleration of a 1000 kg car subject to a 500 N net force?

  44. Newton’s 3rd law 100 • What 2 forces are involved in Newton’s 3rd law of motion?

  45. Newton’s 3rd law 200 • Describe Newton’s 3rd law of motion.

  46. Newton’s 3rd law 300 • Explain the law of conservation of momentum.

  47. Newton’s 3rd law 400 • Explain how Newton's third law of motion is at work when you walk.

  48. Newton’s 3rd law 500 Daily Double • When a tennis player practices by hitting a ball against a wall, which of Newton’s laws of motion is the player making use of?

  49. Momentum 100 • Momentum is the product of an object’s ______ and __________.

  50. Momentum 200 • What would be the momentum of a space shuttle that sits on the launch pad?

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