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Alhussan Physics — Stage 8
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Curriculum
Alhussan Physics — Stage 8
Chapter 6: Forces, Motion and Pressure
0/48
6.1 Speed
Text lesson
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Physics 6.1 Speed — Quiz
171 questions
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Checkpoint Quiz — Physics 6.1 Speed
1 questions
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6.2 Precision and accuracy: what's the difference?
Text lesson
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Physics 6.2 Precision and accuracy: what's the difference? — Quiz
155 questions
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Checkpoint Quiz — Physics 6.2 Precision and accuracy: what's the difference?
3 questions
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6.3 Distance-time graphs
Text lesson
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Physics 6.3 Distance-time graphs — Quiz
138 questions
Preview
6.4 Acceleration and speed-time graphs
Text lesson
Preview
Physics 6.4 Acceleration and speed-time graphs — Quiz
174 questions
Preview
Checkpoint Quiz — Physics 6.4 Acceleration and speed-time graphs
8 questions
Preview
6.5 Presenting data from racing
Text lesson
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Physics 6.5 Presenting data from racing — Quiz
156 questions
Preview
6.6 Balanced and unbalanced forces
Text lesson
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Physics 6.6 Balanced and unbalanced forces — Quiz
153 questions
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Checkpoint Quiz — Physics 6.6 Balanced and unbalanced forces
9 questions
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6.7 Friction
Text lesson
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Physics 6.7 Friction — Quiz
162 questions
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Checkpoint Quiz — Physics 6.7 Friction
2 questions
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6.8 Changing ideas about motion
Text lesson
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Physics 6.8 Changing ideas about motion — Quiz
164 questions
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Checkpoint Quiz — Physics 6.8 Changing ideas about motion
5 questions
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6.9 Tension and upthrust
Text lesson
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Physics 6.9 Tension and upthrust — Quiz
161 questions
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6.10 Presenting data from springs
Text lesson
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Physics 6.10 Presenting data from springs — Quiz
173 questions
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6.11 Levers
Text lesson
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Physics 6.11 Levers — Quiz
174 questions
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6.12 Calculating moments
Text lesson
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Physics 6.12 Calculating moments — Quiz
171 questions
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6.13 Centre of mass and stability
Text lesson
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Physics 6.13 Centre of mass and stability — Quiz
163 questions
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6.14 Pressure
Text lesson
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Physics 6.14 Pressure — Quiz
186 questions
Preview
Checkpoint Quiz — Physics 6.14 Pressure
1 questions
Preview
6.15 Using pressure
Text lesson
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6.15 Using pressure — Quiz
10 questions
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Checkpoint Quiz — Physics 6.15 Using pressure
1 questions
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6.16 Pressure in liquids
Text lesson
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6.16 Pressure in liquids — Quiz
10 questions
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Checkpoint Quiz — Physics 6.16 Pressure in liquids
3 questions
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6.17 Pressure in gases
Text lesson
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6.17 Pressure in gases — Quiz
10 questions
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Checkpoint Quiz — Physics 6.17 Pressure in gases
2 questions
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6.18 Diffusion of gases and liquids
Text lesson
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6.18 Diffusion of gases and liquids — Quiz
10 questions
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6.19 Chapter 6 Review: Forces, Motion and Pressure
Text lesson
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6.19 Chapter 6 Review: Forces, Motion and Pressure — Quiz
10 questions
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Chapter 7: Light
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7.1 How do we see things?
Text lesson
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7.2 The Law of Reflection
Text lesson
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7.2 The Law of Reflection — Quiz
10 questions
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Checkpoint Quiz — Physics 7.2 The Law of Reflection
1 questions
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7.3 Reflection and images
Text lesson
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7.3 Reflection and images — Quiz
10 questions
Preview
7.4 Refraction: air and water
Text lesson
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7.4 Refraction: air and water — Quiz
10 questions
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Checkpoint Quiz — Physics 7.4 Refraction: air and water
2 questions
Preview
7.5 Refraction: air and glass
Text lesson
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7.5 Refraction: air and glass — Quiz
10 questions
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Checkpoint Quiz — Physics 7.5 Refraction: air and glass
5 questions
Preview
7.6 The speed of light
Text lesson
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7.6 The speed of light — Quiz
10 questions
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Checkpoint Quiz — Physics 7.6 The speed of light
4 questions
Preview
7.7 Dispersion
Text lesson
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Physics 7.7 Dispersion — Quiz
165 questions
Preview
Checkpoint Quiz — Physics 7.7 Dispersion
6 questions
Preview
7.8 Colour
Text lesson
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Physics 7.8 Colour — Quiz
160 questions
Preview
7.9 Looking at coloured objects
Text lesson
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Physics 7.9 Looking at coloured objects — Quiz
165 questions
Preview
7.10 Changing ideas about light
Text lesson
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Physics 7.10 Changing ideas about light — Ibn al-Haytham, Newton and Wave — Quiz
164 questions
Preview
Checkpoint Quiz — Physics 7.10 Changing ideas about light
2 questions
Preview
7.11 The eye and the camera
Text lesson
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7.11 The eye and the camera — Quiz
10 questions
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Checkpoint Quiz — Physics 7.11 The eye and the camera
1 questions
Preview
7.12 Chapter 7 Review: Light
Text lesson
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7.12 Chapter 7 Review: Light — Quiz
10 questions
Preview
Chapter 8: Magnetism and Electromagnets
0/15
8.1 The properties of magnets
Text lesson
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Physics 8.1 The properties of magnets — Quiz
165 questions
Preview
Checkpoint Quiz — Physics 8.1 The properties of magnets
10 questions
Preview
8.2 Magnetic fields
Text lesson
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8.2 Magnetic fields — Quiz
10 questions
Preview
8.3 Electromagnets
Text lesson
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8.3 Electromagnets — Quiz
10 questions
Preview
8.4 Using electromagnets
Text lesson
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8.4 Using electromagnets — Quiz
10 questions
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Checkpoint Quiz — Physics 8.4 Using electromagnets
5 questions
Preview
8.5 Risk, variables, and tables: investigating electromagnets
Text lesson
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8.5 Risk, variables, and tables: investigating electromagnets — Quiz
10 questions
Preview
Checkpoint Quiz — Physics 8.5 Risk, variables, and tables: investigating electromagnets
1 questions
Preview
8.6 Chapter 8 Review: Magnetism and Electromagnets
Text lesson
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8.6 Chapter 8 Review: Magnetism and Electromagnets — Quiz
10 questions
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Chapter 9: Energy Resources
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9.1 The world's energy needs
Text lesson
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Physics 9.1 The world's energy needs — Quiz
162 questions
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Checkpoint Quiz — Physics 9.1 The world's energy needs
3 questions
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9.2 Generating electricity
Text lesson
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9.2 Generating electricity — Quiz
10 questions
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Checkpoint Quiz — Physics 9.2 Generating electricity
5 questions
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9.3 Non-renewable resources: fossil fuels and nuclear power
Text lesson
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9.3 Non-renewable resources: fossil fuels and nuclear power — Quiz
10 questions
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Checkpoint Quiz — Physics 9.3 Non-renewable resources: fossil fuels and nuclear power
4 questions
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9.4 Renewable resources: solar and geothermal energy
Text lesson
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9.4 Renewable resources: solar and geothermal energy — Quiz
10 questions
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Checkpoint Quiz — Physics 9.4 Renewable resources: solar and geothermal energy
2 questions
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9.5 Renewable resources: water (hydroelectric, wave, tidal) and wind
Text lesson
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9.5 Renewable resources: water (hydroelectric, wave, tidal) and wind — Quiz
10 questions
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9.6 Renewable resources: biofuels and bioplastics
Text lesson
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9.6 Renewable resources: biofuels and bioplastics — Quiz
10 questions
Preview
9.7 Chapter 9 Review: Energy Resources
Text lesson
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9.7 Chapter 9 Review: Energy Resources — Quiz
10 questions
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Chapter 10: The Earth in Space (Galaxies and Asteroids)
0/10
10.1 Galaxies
Text lesson
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Physics 10.1 Galaxies — Quiz
153 questions
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10.2 Asteroids
Text lesson
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10.2 Asteroids — Quiz
10 questions
Preview
10.3 Magnetic Earth
Text lesson
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10.3 Magnetic Earth — Quiz
10 questions
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10.4 Chapter 10 Review: The Earth in Space
Text lesson
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10.4 Chapter 10 Review: The Earth in Space — Quiz
10 questions
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Physics Stage 8 Comprehensive Review
Text lesson
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Physics Stage 8 Comprehensive Review — Quiz
10 questions
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Quiz
Physics 6.5 Presenting data from racing — Quiz
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Questions count:
50
Passing grade:
B+
Start Quiz
1.
Each bar shows the value for one ____.
time
lap only
category
speed
2.
True or false? Pie percentages total 360.
True
False
3.
Lap times of a driver (s). Which graph shows these results correctly?
A
B
C
D
4.
Lap times of a driver (s). Which graph shows these results correctly?
A
B
C
D
5.
Which term matches this definition? “Points joined to show change over time.”
Light gate
Line graph
Acceleration
Discrete data
6.
True or false? Each pie slice is a fraction of 100°.
True
False
7.
Which statement is correct?
Cars are fastest in corners.
The fastest lap has the longest time.
Number of wins is continuous data.
Telemetry sends data from the car to the team.
8.
Races won by drivers in a season. Which graph shows these results correctly?
A
B
C
D
9.
Speed of a racing car around a lap. At what value of "Time (s)" is "Speed (km/h)" smallest?
70
10
0
50
10.
Lap times 90.1, 90.3, 90.3 s. Mean?
90.2 s
0.2 s
902.3 s
270.7 s
11.
Which statement is correct?
Line graphs suit driver names on the x-axis.
Pie percentages total 360.
Each bar shows the value for one category.
Number of wins is continuous data.
12.
Telemetry sends data from the car to the ____.
police
TV only
team
crowd
13.
A line sloping upwards on a speed-time graph means:
Accelerating
Stopped
Constant speed
Decelerating
14.
Lap times of a driver (s). Which graph shows these results correctly?
A
B
C
D
15.
A lap is 5.5 km and takes 100 s. Average speed in km/h?
550 km/h
1980 km/h
18 km/h
198 km/h
16.
Which term matches this definition? “Data in whole counts.”
True value
Discrete data
Friction
m/s²
17.
Choosing the right chart makes patterns ____.
disappear
clearer
harder to see
random
18.
The fastest lap has the ____ time.
longest
average
zero
shortest
19.
A lap is 5.5 km and takes 90 s. Average speed in km/h?
2200 km/h
220 km/h
495 km/h
16 km/h
20.
Which statement is NOT correct?
A pie chart shows proportions.
Number of wins is discrete data.
The fastest lap has the shortest time.
Line graphs suit driver names on the x-axis.
21.
Which statement is NOT correct?
Races won by each driver suits a bar chart.
Number of wins is continuous data.
Telemetry sends data from the car to the team.
Total of all pie percentages is 100.
22.
Speed of a racing car around a lap. Between which two values of "Time (s)" did "Speed (km/h)" change the most?
20 and 30
10 and 20
0 and 10
40 and 50
23.
Which statement is correct?
A pie chart is best for speed over time.
Pie percentages total 360.
Lap times are continuous data.
The fastest lap has the longest time.
24.
Races won by drivers in a season. Which graph shows these results correctly?
A
B
C
D
25.
Which term matches this definition? “Group such as a driver's name.”
Category
mph
Area under graph
Uniform acceleration
26.
25% as a pie sector angle?
9000.0°
14.4°
25.0°
90.0°
27.
A driver won 3 of 21 races. Pie sector angle?
14.3°
1080.0°
2520.0°
51.4°
28.
Share of race wins by team (%). Which graph shows these results correctly?
A
B
C
D
29.
To find acceleration from a graph you need:
Distance ÷ speed
Speed × time
Area only
Change in speed ÷ change in time
30.
Which statement is correct?
Each pie slice is a fraction of 100°.
A pie chart is best for speed over time.
Total of all pie percentages is 100.
Bar charts show change over time best.
31.
A lap is 5.0 km and takes 90 s. Average speed in km/h?
200 km/h
2000 km/h
18 km/h
450 km/h
32.
Share of race wins by team (%). Which graph shows these results correctly?
A
B
C
D
33.
A driver won 7 of 20 races. Pie sector angle?
2520.0°
35.0°
126.0°
1028.6°
34.
With 21 equal parts each slice is about ____°.
36
21
17.1
10
35.
Speed through a lap suits a ____.
table only
pie chart
line graph
bar chart
36.
29% as a pie sector angle?
29.0°
12.4°
104.4°
10440.0°
37.
Which is the correct definition of “Line graph”?
Steepness of a line: rise ÷ run.
Points joined to show change over time.
Upward force from a fluid.
Unit of speed, km/h.
38.
Lap times 92.4, 89.8, 91.0 s. Mean?
273.2 s
91.1 s
91.7 s
−1.4 s
39.
A driver won 6 of 20 races. Pie sector angle?
2160.0°
30.0°
1200.0°
108.0°
40.
Which statement is NOT correct?
Each bar shows the value for one category.
Mean lap time = total time ÷ number of laps.
Pie percentages total 360.
Cars reach top speed on the straights.
41.
A flat line on a speed-time graph means the speed is ____.
decreasing
increasing
constant
zero always
42.
Share of race wins by team (%). Which graph shows these results correctly?
A
B
C
D
43.
Lap times of a driver (s). Which has the greatest value?
5
2
3
1
44.
True or false? Choosing the right chart makes patterns clearer.
True
False
45.
True or false? Speed through a lap suits a line graph.
True
False
46.
Which statement is NOT correct?
A quarter of a pie chart is 90°.
The fastest lap has the longest time.
A pie chart cannot show change over time.
With 21 equal parts each slice is about 17.1°.
47.
Which statement is NOT correct?
Half a pie is 90°.
Each pie slice is a fraction of 360°.
Mean lap time = total time ÷ number of laps.
Half of a pie chart is 180°.
48.
Which term matches this definition? “Time to complete one lap.”
Timing gate
Speed
Lap time
Random error
49.
Share of race wins by team (%). Which graph shows these results correctly?
A
B
C
D
50.
True or false? A racing car's speed changes continuously, so the line is smooth.
True
False
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50
Questions count:
50
Passing grade:
B+
Start Quiz
1.
Each bar shows the value for one ____.
time
lap only
category
speed
2.
True or false? Pie percentages total 360.
True
False
3.
Lap times of a driver (s). Which graph shows these results correctly?
A
B
C
D
4.
Lap times of a driver (s). Which graph shows these results correctly?
A
B
C
D
5.
Which term matches this definition? “Points joined to show change over time.”
Light gate
Line graph
Acceleration
Discrete data
6.
True or false? Each pie slice is a fraction of 100°.
True
False
7.
Which statement is correct?
Cars are fastest in corners.
The fastest lap has the longest time.
Number of wins is continuous data.
Telemetry sends data from the car to the team.
8.
Races won by drivers in a season. Which graph shows these results correctly?
A
B
C
D
9.
Speed of a racing car around a lap. At what value of "Time (s)" is "Speed (km/h)" smallest?
70
10
0
50
10.
Lap times 90.1, 90.3, 90.3 s. Mean?
90.2 s
0.2 s
902.3 s
270.7 s
11.
Which statement is correct?
Line graphs suit driver names on the x-axis.
Pie percentages total 360.
Each bar shows the value for one category.
Number of wins is continuous data.
12.
Telemetry sends data from the car to the ____.
police
TV only
team
crowd
13.
A line sloping upwards on a speed-time graph means:
Accelerating
Stopped
Constant speed
Decelerating
14.
Lap times of a driver (s). Which graph shows these results correctly?
A
B
C
D
15.
A lap is 5.5 km and takes 100 s. Average speed in km/h?
550 km/h
1980 km/h
18 km/h
198 km/h
16.
Which term matches this definition? “Data in whole counts.”
True value
Discrete data
Friction
m/s²
17.
Choosing the right chart makes patterns ____.
disappear
clearer
harder to see
random
18.
The fastest lap has the ____ time.
longest
average
zero
shortest
19.
A lap is 5.5 km and takes 90 s. Average speed in km/h?
2200 km/h
220 km/h
495 km/h
16 km/h
20.
Which statement is NOT correct?
A pie chart shows proportions.
Number of wins is discrete data.
The fastest lap has the shortest time.
Line graphs suit driver names on the x-axis.
21.
Which statement is NOT correct?
Races won by each driver suits a bar chart.
Number of wins is continuous data.
Telemetry sends data from the car to the team.
Total of all pie percentages is 100.
22.
Speed of a racing car around a lap. Between which two values of "Time (s)" did "Speed (km/h)" change the most?
20 and 30
10 and 20
0 and 10
40 and 50
23.
Which statement is correct?
A pie chart is best for speed over time.
Pie percentages total 360.
Lap times are continuous data.
The fastest lap has the longest time.
24.
Races won by drivers in a season. Which graph shows these results correctly?
A
B
C
D
25.
Which term matches this definition? “Group such as a driver's name.”
Category
mph
Area under graph
Uniform acceleration
26.
25% as a pie sector angle?
9000.0°
14.4°
25.0°
90.0°
27.
A driver won 3 of 21 races. Pie sector angle?
14.3°
1080.0°
2520.0°
51.4°
28.
Share of race wins by team (%). Which graph shows these results correctly?
A
B
C
D
29.
To find acceleration from a graph you need:
Distance ÷ speed
Speed × time
Area only
Change in speed ÷ change in time
30.
Which statement is correct?
Each pie slice is a fraction of 100°.
A pie chart is best for speed over time.
Total of all pie percentages is 100.
Bar charts show change over time best.
31.
A lap is 5.0 km and takes 90 s. Average speed in km/h?
200 km/h
2000 km/h
18 km/h
450 km/h
32.
Share of race wins by team (%). Which graph shows these results correctly?
A
B
C
D
33.
A driver won 7 of 20 races. Pie sector angle?
2520.0°
35.0°
126.0°
1028.6°
34.
With 21 equal parts each slice is about ____°.
36
21
17.1
10
35.
Speed through a lap suits a ____.
table only
pie chart
line graph
bar chart
36.
29% as a pie sector angle?
29.0°
12.4°
104.4°
10440.0°
37.
Which is the correct definition of “Line graph”?
Steepness of a line: rise ÷ run.
Points joined to show change over time.
Upward force from a fluid.
Unit of speed, km/h.
38.
Lap times 92.4, 89.8, 91.0 s. Mean?
273.2 s
91.1 s
91.7 s
−1.4 s
39.
A driver won 6 of 20 races. Pie sector angle?
2160.0°
30.0°
1200.0°
108.0°
40.
Which statement is NOT correct?
Each bar shows the value for one category.
Mean lap time = total time ÷ number of laps.
Pie percentages total 360.
Cars reach top speed on the straights.
41.
A flat line on a speed-time graph means the speed is ____.
decreasing
increasing
constant
zero always
42.
Share of race wins by team (%). Which graph shows these results correctly?
A
B
C
D
43.
Lap times of a driver (s). Which has the greatest value?
5
2
3
1
44.
True or false? Choosing the right chart makes patterns clearer.
True
False
45.
True or false? Speed through a lap suits a line graph.
True
False
46.
Which statement is NOT correct?
A quarter of a pie chart is 90°.
The fastest lap has the longest time.
A pie chart cannot show change over time.
With 21 equal parts each slice is about 17.1°.
47.
Which statement is NOT correct?
Half a pie is 90°.
Each pie slice is a fraction of 360°.
Mean lap time = total time ÷ number of laps.
Half of a pie chart is 180°.
48.
Which term matches this definition? “Time to complete one lap.”
Timing gate
Speed
Lap time
Random error
49.
Share of race wins by team (%). Which graph shows these results correctly?
A
B
C
D
50.
True or false? A racing car's speed changes continuously, so the line is smooth.
True
False
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4
5
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9
10
11
12
13
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15
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17
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50
Part of
Chapter 6: Forces, Motion and Pressure
— see every lesson and quiz in this unit.
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