1. TAKS Review – Force Motion and Energy/Nature of Science Jeopardy Game

2. Please select a Team Countdown 10 Response Grid 1.Team 1 – Instruments 2.Team 2 – Breathing 3.Team 3 - Dancing 4.Team 4 – Gymnastics 5.Team 5 – Riding Bikes 6.Team 6 - Sports

3. $300 $400 $500 $100 $200 $300 $400 $500 $100 $200 $300 $400 $500 $100 $200 $300 $400 $500 $100 $200 $300 $400 $500 $100 Energy ForcesWorkGraphs Formulas Team ScoresParticipant Scores $100 $200 $300 $400 $500 Topographic Maps $200

4. Team Scores Back to the Board

5. Participant Scores 1200Matthew Mirka 1200Harrison Killian 1100Joseph Callender 500Logan Langlois 100Julia Freudenberger Back to the Board

6. Which of the following best describes the energy transformation that occurs in plants during photosynthesis? Energy $100 1.Radiant energy is changed into thermal energy 2.Chemical energy is changed into thermal energy 3.Radiant energy is changed into chemical energy 4.Chemical energy is changed into radiant energy Response Grid

7. Which energy transformation occurs when a match is lit? Energy $200 1.Chemical energy to heat energy 2.Heat energy to potential energy 3.Electrical energy to heat energy 4.Kinetic energy to potential energy Response Grid

8. At which point would the gravitational potential energy of the roller coaster be greatest? Energy $300 1.W 2.X 3.Y 4.Z Response Grid

9. Which statement best describes the energy changes that occur while a child is swinging from position A to position B? Energy $400 1.Kinetic energy decreases and gravitational potential energy increases 2.Kinetic energy increases and gravitational potential energy decreases 3.Both gravitational potential and kinetic energy decrease 4.Both gravitational and kinetic increase Response Grid

10. In general, earthquakes and volcanoes are a result of the transformation of _ Energy $500 1.Magma into lava 2.Potential energy into kinetic energy 3.Hot magma into cooled igneous rock 4.Chemical energy into heat Response Grid

11. What is the net force of the object shown in the diagram? Force $100 1.30 N to the right 2.50 N to the right 3.30 N to the left 4.50 N to the left Response Grid

12. Which of the following best describes the motion of the two teams? Force $200 1.Both Team A and B are moving right 2.Team A is moving right and Team B is moving left 3.Team A is moving left and Team B is moving right 4.Both Team A and B are moving left Response Grid

13. If the ball is moving to the left, which set of forces acting on the ball must be balanced? Force $300 1.A and B 2.A and C 3.B and D 4.C and D Response Grid

14. If the ball is moving to the left, which set of forces acting on the ball must be unbalanced? Force $400 1.A and B 2.A and C 3.B and D 4.C and D Response Grid

15. When a force changes an object’s motion, the force is Force $500 1.Balanced 2.Moving 3.Net 4.Unbalanced Response Grid

16. What is a sign that work is being done? Work $100 1.Motion 2.Mass 3.Matter 4.Density Response Grid

17. Which of the following is the best example of work being done? Work $200 1.A bird perched on a high branch 2.A picture hanging on a wall 3.Lifting a book off a table 4.A man pushing on the wall of a house Response Grid

18. The work done to lift 5 cans of paint up a flight of stairs is the same whether you take them all at once or 5 separate trips. Work $300 1.True 2.False Response Grid

19. A 2000 N block was lifted 10 m. How much work was done? Work $400 1.20, 000 J 2.2,000 J 3.200 J 4.20 J Response Grid

20. What happens to the total amount of work done when you use a machine compared to not using a machine? Work $500 1.It decreases 2.It stays the same 3.It increases 4.It goes to zero Response Grid

21. Duckweed is a plant that grows on the surface of ponds. Duckweed has leaf-like structures called fronds. A student conducts a lab investigation on duckweed growth and creates the graph shown above. Which of these is a valid conclusion based on the data from the investigation? Graphs $100 1.The number of fronds more than doubled between days 2 and 4 2.The number of fronds increased quickly because the plant has a short life span 3.The number of fronds is related to the number of hours of sunlight each day 4.The number of fronds increased at a constant rate between Days 1 and 5 Response Grid

22. The graph shows the movement of a car over time. What is the car’s average speed? Graphs $200 1.10 km/h 2.15 km/h 3.30 km/h 4.60 km/h Response Grid

23. Flightless Mormon crickets often move in large groups. The graph shows the survival rate of crickets moving in large groups and some crickets that were moved away from the groups. Which of these inferences about Mormon crickets is most likely accurate? Graphs $300 1.Mormon crickets within a group survive only two days 2.Mormon crickets away from a group successfully reproduce 3.Mormon crickets away from a group return to it for protection 4.Mormon crickets within a group are less likely to be eaten by predators Response Grid

24. A student is studying guppies, a type of fish. The student learns that common guppies normally live in water with temperatures from 22° C to 30° C. The student counts the number of movements in 1 minute at several different temperatures. According to the student’s graph, about how many movements on average would the guppies most likely make at 30° C? Graphs $400 1.51 2.55 3.58 4.60 Response Grid

25. What object’s motion would most likely be represented by the graph below? Graphs $500 1.An accelerating object 2.The movement of a football being thrown down the field 3.An airplane touching down on a runway 4.The movement of a car driving at a constant rate of speed Response Grid

26. In 2 seconds, a ball travels 100 cm. What is the average speed of the ball? Formulas $100 1.100 cm/s 2.25 cm/s 3.50 cm/s 4.200 cm/s Response Grid

27. A ball with a mass of 5 kg is accelerating at 2 m/s 2 while being thrown. About how much force was used to throw the ball? Formulas $200 1.4 N 2.5 N 3.10 N 4.20 N Response Grid

28. If you are traveling at a speed of 50 km/h for a distance of 2 hours, how far will you go? Formulas $300 1.100 km 2.52 km 3.25 km 4.150 km Response Grid

29. What is the net force on a 2 kg golf ball accelerating at 15 m/s 2 ? Formulas $400 1.17 N 2.30 N 3.300 N 4.13 N Response Grid

30. 4 cm 3 of a mystery substance has a mass of 3.2 grams. What is the density of the mystery substance? Formulas $500 1.1 g/cm 3 2.8 g/cm 3 3.2 g/cm 3 4.0.8 g/cm 3 Response Grid

31. What is the possible elevation of Point C? Topographic Maps $100 1.25 meters 2.50 meters 3.85 meters 4.100 meters Response Grid

32. What conclusion can you draw from this map? Topographic Maps $200 1.A climber would find Gray Mountain harder to climb than Blue Mountain 2.A climber would find Blue Mountain harder to climb than Gray Mountain 3.Blue mountain is steeper than Gray mountain 4.Blue mountain is taller than Gray Mountain Response Grid

33. What is the contour interval of the map? Topographic Maps $300 1.10 m 2.60 m 3.80 m 4.40 m Response Grid

34. What is the elevation of Blue Mountain? Topographic Maps $400 1.10 m 2.30 m 3.40 m 4.50 m Response Grid

35. Some students use this map to plan a hike from a road to a creek in an unfamiliar area. Which of these additional pieces of information would most help the students plan their hike? Topographic Maps $500 1.The scale used on the map 2.The type of bedrock in the area 3.The length of the creek on the map 4.The location of the nearest large city Response Grid