THE SCIENCE OF ROLLERCOASTERS PRE-VISIT
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1 THE SCIENCE OF ROLLERCOASTERS PRE-VISIT
2 ANSWERS: STARTER ACTIVITY 1. Speed = Distance Time 2. Other units kilometres per hour, miles per hour or any other 3. s = d t, s = = 10 m/s ANS 4. Sound energy, light energy, electrical energy gravitational (potential) energy, strain or elastic (potential) energy, chemical (potential energy), heat energy, nuclear energy 5. Friction is the force that opposes motion. It is not a form of energy but it does make the following energy transfer happen: Kinetic energy Heat energy
3 Speed = Distance Time can be re-arranged to make two other formulae: Distance = Speed x Time Time = Distance Speed Use any of the above to answer the following questions. Give your answers to 1 decimal place where appropriate.
4 1) SAW The Ride is an extreme rollercoaster experience. Calculate the speed of a carriage travelling on SAW The Ride for 200 m in 10 s.
5 2) As people board Logger s Leap log flume, it travels 30 m in 36 s. Calculate the speed.
6 3) How far does a carriage move on Nemesis Inferno when it is travelling at the following speeds?: a) 20 m/s for 10 s b) 23 m/s for 5 s
7 4) A rollercoaster moves 10 m at 15 m/s instantly followed by 50 m at 25 m/s. How much time in total does it take for a rollercoaster to move the above distances (assuming there is no time interval between changing speeds)?
8 THE SWARM: Ride Data
9 The following questions are based around THE SWARM. Click the image to watch THE SWARM in action.
10 5) THE SWARM Ride data Maximum height Ride duration Maximum speed Track length (approx.) Capacity Number of inversions 39 meters 125 seconds 92 km/h 775 meters 28 guests 4
11 5) THE SWARM Questions a) What is the average speed for the whole ride? b) Convert the maximum speed in km/h into m/s c) If THE SWARM moved at maximum speed for 2 s then how far (in metres) would it travel? d) A students says that THE SWARM can move at 40 m/s. Explain why this is a mistake (use calculations in your answer) (Hint 1 m/s = 3.6 km/h)
12 TIDAL WAVE: Ride Data Tidal Wave is one of the UK s tallest log flumes Thrill seekers are taken 26 metres high before experiencing a heartstopping plunge into the blue Track length: 886 metres Ride duration: 136 seconds
13 Tidal Wave Ride data Maximum height Ride duration Maximum speed Track length (approx.) Capacity 26 meters 120 seconds 72 km/h 886 meters 20 guests
14 TIDAL WAVE Tidal Wave is one of the UK s tallest log flumes Thrill seekers are taken 26 metres high before experiencing a heartstopping plunge into the blue
15 DISTANCE TIME GRAPH: TIDAL WAVE The following slide shows a distance time graph for Tidal Wave. The gradient slope shows the speed. The first section of the graph has a smaller gradient than the second section. The speed of the object is shown by the gradient. This means that the speed in the first section is slower than the speed in the second section. If the line were straight and horizontal this would indicate a speed of 0 m/s the object being stationary.
16 DISTANCE TIME GRAPH: TIDAL WAVE
17 DETONATOR:BOMBS AWAY: Ride Data
18 Detonator: Bombs Away Ride data Maximum height Ride duration Maximum speed Capacity 35 meters 60 seconds 75 km/h 12 guests
19 6) Detonator: Bombs Away: Ride Data Detonator: Bombs Away is an extreme thrill ride that takes riders to the top of a 35 m tower, leaves them hanging for a while and then drops at m/s. The experience is described below:
20 6) Detonator: Bombs Away Questions a) Sketch a distance-time graph for Detonator: Bombs Away. Your graph should show distance from the ground, not total distance travelled. b) State the energy transfer that occurs from the Detonator: Bombs Away carriage as it moves from the bottom to the top of the tower. c) State the main energy transfer that occurs from the Detonator: Bombs Away carriage as it moves from the top to the bottom of the tower. d) What force is used when the rides are braking or slowing down? What energy transfer is associated with this force?
21 7) Look at the examples below (10 N means 10 Newtons) 7 N 10 N The forces are unbalanced on the object. The resultant force is 3 N to the right.
22 15 N 15 N The forces are balanced on the object. The resultant force is 0 N.
23 Now answer these questions. 10 N 5 N a) The forces are on the object. The resultant force is.
24 Now answer these questions. 10 N 10 N a) The forces are on the object. The resultant force is.
25 c) Now draw a similar diagram with labels for THE SWARM S carriages. The force to the right is 700 N and the force to the left is 300 N.
26 ANSWERS
27 SO HOW DID YOU DO? Answers 1) 20 m/s 2) 0.83 m/s 3) a) 200m b) 115m 4) 0.7 s + 2 s = 2.7s 5) a) Average speed for the whole ride = 775m 125s = 6.2m/s ANS b) Maximum speed is 92 km/h. 92 x ( ) = 25.6 m/s ANS c) 25.6 x 2 = 51.2 m ANS d) 40 x 3.6 = 144 km/h which is bigger than the maximum speed of 92 km/h
28 Answers 6) a) Your Detonator: Bombs Away graph should look like this Distance / m This needs to be drawn properly when being artworked Time / s
29 Answers continued 6) b) Electrical energy Gravitational (potential energy) c) Gravitational (potential) energy Kinetic energy d) Name of the force is Friction and the energy transfer associated is: Kinetic energy Heat energy
30 Answers continued 7) a) Unbalanced, 5 N to the left b) Balanced 0 N c) 400 N to the right
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