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•   Statistics
•   Objective: Interpreting statistical reports
•   Level 4

The keywords for each question in this search are:

Question 1: Data table; table interpretation; scales
Question 2: Line graph; graph interpretation
Question 3: Data table; table interpretation; scales
Question 4: Line graph; graph interpretation
Question 5: Line graph; graph interpretation

 

QUESTION 1

This table shows temperatures at various times during the week.

Temperatures
 

6 a.m.

9 a.m.

Midday

3 p.m.

8 p.m.

Monday

15°

17°

20°

21°

19°

Tuesday

15°

15°

15°

10°

9°

Wednesday

8°

10°

14°

13°

15°

Thursday

8°

11°

14°

17°

20°

Which thermometer shows the temperature at 8 p.m. on Monday?

(A)

(B)

(C)

(D)
 
   

QUESTION 2

The graph shows the distance travelled before coming to a stop after the brakes are applied for a typical car travelling at different speeds.

a) A car travelling on a highway stopped 30 m after the brakes were applied. About how fast was the car travelling?

(A)   48 km per hour
(B)   55 km per hour
(C)   70 km per hour
(D)   160 km per hour

b)
A car is travelling 80 km per hour. About how far will the car travel after the brakes are applied?

(A)   60 m
(B)   70 m
(C)   85 m
(D)   100 m
 
   

QUESTION 3

This table shows temperatures at various times on four days.
  

Temperature
 

6 a.m.

9 a.m.

12 noon

3 p.m.

6 p.m.

Monday

15°

17°

24°

21°

16°

Tuesday

20°

16°

15°

10°

9°

Wednesday

8°

14°

16°

19°

15°

Thursday

8°

11°

19°

26°

20°

On which day and at what time was the temperature shown in the table the same as that shown on the thermometer?

(A)   Monday, 12 noon
(B)   Tuesday, 6 a.m.
(C)   Wednesday, 3 p.m.
(D)   Thursday, 3 p.m.

 

QUESTION 4

The graph below shows the humidity in a room as recorded on a certain morning.

On the morning shown in the graph, how many times between 6 a.m. and 12 noon was the humidity exactly 20 percent?

(A)   one
(B)   two
(C)   three
(D)   four

 
  

QUESTION 5

The graph shows the time taken for a pendulum to swing backwards and forwards 20 times for different lengths of the string.

The length of a string is 90 cm. About how long would it take for the pendulum to swing backwards and forwards 20 times?

(A)   35 seconds
(B)   38 seconds
(C)   42 seconds
(D)   45 seconds