1. ISOMETRIC PROJECTION BISECT LINE TO GET RED DOT. Down 80 In 70
NAME:
DATE: A
100 E F G H D B
BISECT LINE TO GET RED DOT. 20 C
C,A 50
F,E 50
H,G 20
D,B
Down 80
In 70
140 A 50
15° E
C,A
F,E
H,G
D,B F C G B H 20 D 20 10 A 5 B 25 5 E F G H A 50 E F G H B C C D 50
Down 150
In 30
45°
Down 150
In 135 D

2. ISOMETRIC PROJECTION 2 Down 175 Down100 In 85 In 70 From top corner
NAME:
DATE: A B C D E F H G
100 H A B C D E F G 25 25 60 60 C
140 A D 10 B 35 10 E
15° F 35 H
A,H 10 35
C,B
D,E
F,G
BISECT LINE TO GET RED DOT. G 10 35 10
F,G
D,E
C,B
A,H 35
Down 175
In 85
Down100
In 70 From top corner
45° 10

3. Equilateral triangle is 120mm.
ISOMETRIC PROJECTION 3
NAME:
DATE:
Equilateral triangle is 120mm.
A,J
B,K
E,H
D,G C
F,I 25 50 25 25 G 25 H D 25 E 50 I J 25 F
E,H
D,G 80 C
SAME STARTING POINTS AS OTHER QUESTION 25 K A
F,I
A,J 25 25 B
A,B
E,F
D,C
J,K
H,I G
B,K C G 25 75 H D 50 I E
A,B
E,F
D,C
J,K
H,I G 50 J F C K A 50
Up 95
In 90 B
Down 140
In 140

4. Equilateral triangle is 120mm.
ISOMETRIC PROJECTION 4
NAME:
DATE:
Equilateral triangle is 120mm.
G,J
F,I
A,J
B,K
E,H
D,G C
F,I 50 25
B,L
H,K 25
C,E 25 D 25
A,M 75
J,K I
JL,M 25 25
G,H 50
F,E
B,A
C,D
In 90
Down 60
A,B
E,F
D,C
J,K
H,I G I 50 25 F J G E K 25 C L H D M B 75 50 A
Down 140
In 140

5. Equilateral triangle is 200mm
ISOMETRIC PR0JECTION
NAME:
DATE:
Equilateral triangle is 200mm 30
120 25
Down 250
In 200 A2 sheet

6. Equilateral triangle is 200mm
ISOMETRIC PR0JECTION
NAME:
DATE:
Equilateral triangle is 200mm 30
15°
120 25
Down 250
In 200 A2 sheet
Down 250
In 200 A2 sheet
45°
45°

7. Equilateral triangle is 200mm
ISOMETRIC PR0JECTION
NAME:
DATE:
120
Equilateral triangle is 200mm
200
15° 25
Down 220
In 180 A2 sheet
45°
45°

8. Equilateral triangle is 200mm
ISOMETRIC PR0JECTION
NAME:
DATE:
120
Equilateral triangle is 200mm
200 25
120
Down 220
In 180 A2 sheet

11. TRANSFORMATION GEOMETRY
NAME:
DATE:
TRANSLATION
MOVING AN OBJECT FROM ONE LOCATION TO ANOTHER
ALL POINTS MOVE THE EXACT DISTANCE IN THE SAME DIRECTION.
THE SHAPE OF OBJECT WILL REMAIN THE SAME 25 32 80 25 25 A 25 45 25 A1 95
Down 190
In 95

12. TRANSFORMATION GEOMETRY
NAME:
DATE:
A TO A1 TRANSLATION
A1 TO A2 AXIAL SYMMETERY
A2 TO A3 CENTRAL SYMMETERY 50 A X 40 A3 60 Z
All points move the
Distance a to a1. 60 A1 Y A2 75 75
Down 65
In 120 A

13. TRANSFORMATION GEOMETRY
NAME:
DATE:
A TO A1 TRANSLATION
A1 TO A2 AXIAL SYMMETERY
A2 TO A3 CENTRAL SYMMETERY 50
CENTRAL SYMMETERY 40 A P A3 50
A TO A1 Z
100 50
All points move the
Distance a to a1. A1 Q A2
TRANSLATION
AXIAL SYMMETERY 70 70
Down 75
In 150 A
140

14. TRANSFORMATION GEOMETRY
NAME:
DATE:
All points move the
Distance a to a1.
A TO A1 TRANSLATION
A1 TO A2 AXIAL SYMMETERY
A2 TO A3 CENTRAL SYMMETERY 20 20 20
TRANSLATION A A1 40 60 P Q
120 60 A2 A3 Z
AXIAL SYMMETERY
CENTRAL SYMMETERY
Down 75
In 160 A 50 50

15. TRANSFORMATION GEOMETRY
NAME:
DATE:
Down 75
In 100
From Top
Right Corner
TRANSLATION 40 A1 A 20 30 50
100 X Y
CENTRAL SYMMETERY 50 Z A2 A3
AXIAL SYMMETERY 60 60
A TO A1 TRANSLATION
A1 TO A2 AXIAL SYMMETERY
A2 TO A3 CENTRAL SYMMETERY
120

16. TRANSFORMATION GEOMETRY 6
NAME:
DATE:
A TO A1 TRANSLATION
A1 TO A2 AXIAL SYMMETERY
A2 TO A3 CENTRAL SYMMETERY
Ø50 C
CENTRAL SYMMETERY P A3 A C 65
TRANSLATION
JOIN A TO A1
REST OF LINES ARE PARALLEL TO THIS RED LINE
ALL POINTS TRAVEL THE DISTANCE BETWEEN A AND A1
130 Z 65 C C
TRANSLATION A1 Q A2
AXIAL SYMMETERY
Down 85
In 85 A 50 50 50 50

17. TRANSFORMATION GEOMETRY 7
NAME:
DATE:
A TO A1 TRANSLATION
A1 TO A2 AXIAL SYMMETERY
A2 TO A3 CENTRAL SYMMETERY A1
60°
Starting point
30° A A3
30°
R25 Z
Bisect line from a2 to a3
60° A2
Down 130
In 145 from right hand side
150

18. TRANSFORMATION GEOMETRY 8
NAME:
DATE:
A TO A1 TRANSLATION
A1 TO A2 AXIAL SYMMETERY IN LINE XY
A2 TO A3 CENTRAL SYMMETERY IN POINT Z C C A3 A1 X Y Z C R
30°
30° A2 15 40 A C
Starting point
156
Down 170
In 130 FOR A

20. TRANSFORMATION GEOMETRY 9
NAME:
DATE:
Lines for axial symmetry have to be at 90 degrees to the axis. Q C2 C A1
Same distance
as Line QR B1 A
75° R C2 20 20 20 B 20
Starting point B2 A2
TRANSLATION A1 TO A2
ALL POINTS MOVE THE DIRECTION OF THE LINE QR,
ALL POINTS MOVE THE DISTANCE QR. A3 S B2 C2
Down 125
In 115 FOR A

21. TRANSFORMATION GEOMETRY 10
NAME:
DATE:
Lines for axial symmetry have to be at 90 degrees to the axis. D1 A1
Same distance/slope
as Line QR C1 D2 A2
TRANSLATION A1 TO A2
ALL POINTS MOVE THE DIRECTION OF THE LINE QR,
ALL POINTS MOVE THE DISTANCE QR. B1 C1 Q R D C C C2 30
Starting point B2 C2 60
45° A 20 40 B R B3 C3 C3 A3 D3
Down 150
In 110

22. TRANSFORMATION GEOMETRY 11
NAME:
DATE:
Lines for axial symmetry have to be at 90 degrees to the axis. A 20 C D B L 32 E 20 R C1 C A1 20 D1
60° M E1 B1 C1 C3 62 B3 E3 C2 D3
Same distance/slope
as Line ML A2 D2 A3 N C3 E2 B2 C2
Down 175
In for N

23. TRANSFORMATION GEOMETRY 11
NAME:
DATE: Q 20 C F
TRANSLATION A1 TO A2
ALL POINTS MOVE THE DIRECTION OF THE LINE QR,
ALL POINTS MOVE THE DISTANCE QR. F1 D E 60 C1 E1
165 C D1 20 A3 A B
60° C1 15 20 R 10 B1 B3 60 A1
Same distance/slope
as Line QR D3 F2 E3 C2 C3 S E2 F3 D2
Down 180
In 160 for S C2 B2 A2

24. AXIAL SYMMETERY REVISION
NAME:
DATE:
Lines for axial symmetry have to be at 90 degrees to the axis.

25. CENTRAL SYMETERY REVISION
NAME:
DATE: S S S
CENTRAL SYMMETERY
EACH POINT THROUGH CENTER
DISTANCE SAME ON BOTH SIDES.

26. 1 2 3 TRANSLATIONS REVISION
NAME:
DATE:
A TRANSLATION IS A SIMPLE MOVEMENT IN A GIVEN DIRECTION
TRANSLATION FROM A TO A1
TRANSLATION EQUAL TO LINE QR 1 A A1 Q Q 2 R 3 R

27. T. GEOMETRY 2009 ORDINARY LEVEL
NAME:
DATE: A1 C1 C2 L P A C L1 C3
Down 190
In 125