Lucy
Ask the AI Tutor
Need help with Position (Easy)? Ask our AI Tutor!
Lucy AI Tutor - Lucy
Connecting with Tutor...
Please wait while we establish connection
Lucy
Hi! I'm Lucy, your AI tutor. How can I help you with Position (Easy) today?
now
Logo

Maths Quiz - Position (Easy) (Questions)

This 11 Plus Maths quiz helps pupils practise bearings, angles, and directions used in navigation and problem solving.

Explore the Topic →
(quiz starts below)

Fascinating Fact:

Pilots use bearings to navigate, turning at angles measured clockwise from north to reach their next destination exactly on time.

In 11 Plus Maths, pupils learn about bearings, turns, and angles to describe direction and position. These concepts are vital in map reading, geometry, and travel planning.

  • Bearing: A direction measured clockwise from north, usually written as a three-digit number like 045°.
  • Angle: The space between two lines or directions, measured in degrees.
  • Rotation: A turn around a fixed point, often used to describe movement in geometry or navigation.
What does bearing mean in maths?

A bearing is the direction of one point from another, measured in degrees clockwise from north. It is used in navigation and geometry.

How do you write a bearing correctly?

Bearings are written as three-digit numbers, for example 045° or 270°, to show a precise direction from north.

Why do pilots and sailors use bearings?

Bearings give accurate directions, helping pilots, sailors, and navigators stay on course and reach their destination safely.

1. If you face NE and turn through 180° anticlockwise, what direction will you be facing now?
[ ] SE
[ ] S
[ ] SW
[ ] W
2. If you face NW and turn through 180° anticlockwise, what direction will you be facing now?
[ ] NE
[ ] E
[ ] SE
[ ] S
3. If you face SE and turn through 135° clockwise, what direction will you be facing now?
[ ] W
[ ] NW
[ ] N
[ ] SW
4. If you face West and turn through 225° clockwise, what direction will you be facing now?
[ ] S
[ ] E
[ ] SE
[ ] NE
5. If you face SW and turn through 180°, what direction will you be facing now?
[ ] E
[ ] NE
[ ] You can't say because you haven't been told whether to turn clockwise or anticlockwise
[ ] NW
6. If you face NE, what direction is right behind you?
[ ] You can't say
[ ] W
[ ] S
[ ] SW
7. If you face SE, what direction is right behind you?
[ ] N
[ ] NW
[ ] You can't say
[ ] NE
8. Peter and John are at the same position on the ground. Peter is facing NE. John is facing SE. If Peter turns clockwise through 135°, what angle must John turn through to face in the same direction as Peter?
[ ] 135° anticlockwise
[ ] 45° anticlockwise
[ ] 45° clockwise
[ ] 135° clockwise
9. Peter and John are at the same position on the ground again. Peter is facing NE. John is facing SE. If Peter turns clockwise through 135° what angle must John turn through to face in the same direction as Peter? This time, John is NOT allowed to turn clockwise through 45°.
[ ] 180° anticlockwise
[ ] 45° anticlockwise
[ ] 315° clockwise
[ ] 315° anticlockwise
10. How many points are there in the compass rose?
[ ] 24
[ ] 16
[ ] 8
[ ] 32
Logo
Maths Quiz - Position (Easy) (Answers)
1. If you face NE and turn through 180° anticlockwise, what direction will you be facing now?
[ ] SE
[ ] S
[x] SW
[ ] W
'Anticlockwise' means that you turn (rotate) in the opposite direction to which the hands of the clock turn: the hands of the clock turn 'clockwise'. 180° = two lots of 90° or a half turn
2. If you face NW and turn through 180° anticlockwise, what direction will you be facing now?
[ ] NE
[ ] E
[x] SE
[ ] S
'Anticlockwise' means that you turn (rotate) in the opposite direction to which the hands of the clock turn: the hands of the clock turn 'clockwise'. 180° = two lots of 90° or a half turn
3. If you face SE and turn through 135° clockwise, what direction will you be facing now?
[x] W
[ ] NW
[ ] N
[ ] SW
135° = three lots of 45° or three-eighths of a rotation (turn): 45° is an eighth of a turn
4. If you face West and turn through 225° clockwise, what direction will you be facing now?
[ ] S
[ ] E
[x] SE
[ ] NE
225° = five lots of 45° or five-eighths of a rotation (turn): 45° is an eighth of a turn
5. If you face SW and turn through 180°, what direction will you be facing now?
[ ] E
[x] NE
[ ] You can't say because you haven't been told whether to turn clockwise or anticlockwise
[ ] NW
It doesn't make any difference whether you turn clockwise or anticlockwise because you are making a half turn; this means that you will always end up facing the same way no matter which way you turn. If you don't believe it - turn around! D'oh!
6. If you face NE, what direction is right behind you?
[ ] You can't say
[ ] W
[ ] S
[x] SW
Look at the compass rose if you can't see this
7. If you face SE, what direction is right behind you?
[ ] N
[x] NW
[ ] You can't say
[ ] NE
Look at the compass rose if you can't see this
8. Peter and John are at the same position on the ground. Peter is facing NE. John is facing SE. If Peter turns clockwise through 135°, what angle must John turn through to face in the same direction as Peter?
[ ] 135° anticlockwise
[ ] 45° anticlockwise
[x] 45° clockwise
[ ] 135° clockwise
Peter turns through 135° (= three lots of 45°) and ends up facing S. John will have to turn clockwise through 45° (an eighth of a turn)
9. Peter and John are at the same position on the ground again. Peter is facing NE. John is facing SE. If Peter turns clockwise through 135° what angle must John turn through to face in the same direction as Peter? This time, John is NOT allowed to turn clockwise through 45°.
[ ] 180° anticlockwise
[ ] 45° anticlockwise
[ ] 315° clockwise
[x] 315° anticlockwise
John must turn in the opposite direction until he faces S again as in question 8. This shows that for every anticlockwise rotation there is also a clockwise rotation that brings you facing in the same direction. Note: the anticlockwise angle turned through + the clockwise angle turned through = 360°. This is a good check if you want to make sure that you haven't made a mistake
10. How many points are there in the compass rose?
[ ] 24
[ ] 16
[ ] 8
[x] 32
You know eight of these points. Each point corresponds to 360 ÷ 32 = 11.25° = one thirty-second of a rotation