front 1 A (1,5) is translated using the rule (x,y)->(x+3, y-1). | back 1 A' (4,4) |
front 2 A (1,5) is translated using the rule (x,y)->(x-3, y+1). | back 2 A' (-2,6) |
front 3 A (1,5) is translated 5 left and 3 up. | back 3 A' (-4,8) |
front 4 A (1,5) is translated 5 right and 3 down. | back 4 A' (6,2) |
front 5 A (1,5) is translated using the rule (x,y)->(x-3, y-1). | back 5 A' (-2,4) |
front 6 A (1,5) is translated using the rule (x,y)->(x+3, y+1). | back 6 A' (4,6) |
front 7 A (1,5) is translated 5 right and 3 up. | back 7 A' (6,8) |
front 8 A (1,5) is translated 5 left and 3 down. | back 8 A' (-4,2) |
front 9 A (1,5) is translated 4 up. | back 9 A' (1,9) |
front 10 A (1,5) is translated 4 down. | back 10 A' (1,1) |
front 11 A (1,5) is translated 4 left. | back 11 A' (-3,5) |
front 12 A (1,5) is translated 4 right. | back 12 A' (5,5) |
front 13 A (1,5) is translated using the rule (x,y)--> (x+1,y) | back 13 A' (2,5) |
front 14 A (1,5) is translated using the rule (x,y)--> (x, y+1) | back 14 A' (1,6) |
front 15 A (1,5) is reflected on the x-axis. | back 15 A' (1,-5) |
front 16 A (1,5) is reflected on the y-axis. | back 16 A' (-1,5) |