Pythagoras Mixed Bingo Method Students should choose nine
Pythagoras – Mixed – Bingo Method Students should choose nine answers from the grid and place them randomly into a 3 x 3 square in their book. You may want to pause your display and choose questions according to difficulty during the game. Depending on time, students could win with a line, an X, or a ‘full house’ (all).
Printing To print handouts from slides Select the slide from the left. Then click: File > Print > ‘Print Current Slide’ To print multiple slides Click on a section title to highlight all those slides, or press ‘Ctrl’ at the same time as selecting slides to highlight more than one. Then click: File > Print > ‘Print Selection’ To print double-sided handouts Highlight both slides before using ‘Print Selection’. Choose ‘Print on Both Sides’ and ‘Flip on Short Edge’.
BINGO! 45 54 23 82 37 12 76 25 91 Pythagoras’ Theorem
Choose your numbers… 12. 7 32. 8 10. 8 12. 5 7. 1 12. 2 9. 2 8. 6 48. 5 15. 7 7. 8 6. 3 11. 3 12. 1 8. 5 9. 8 Draw a 3 x 3 grid in your book.
(1 dp) 5 cm 7 cm
9 cm 6 cm
(1 dp) 8 cm 6 cm
How far away is the top of the tree? (1 dp) 4. 5 m 15 m (not to scale)
(1 dp) 8 cm 15 cm
How far does the plane need to fly in a straight line? 45 km (1 dp) Bringlinghamshire 18 km Airport (not to scale)
What is the distance between (2, 5) and (8, 7)? c (2, 5) (Not accurate!) 6 (8, 7) 2 (1 dp)
How tall is the mountain? 18 km 14 km (not to scale) (1 dp)
What is the distance between C and B? C 7 cm A 6 cm 8 cm B (1 dp)
(1 dp) 6 cm 10 cm
How far away is the kite? 7 m 32 m (not to scale) (1 dp)
What is the distance between B and C? (1 dp) B 1. 5 cm 2. 5 cm C 6. 5 cm A
What is the distance between (0, 5) and (4, − 4)? c (0, 5) (Not accurate!) 4 (4, − 4) − 9 (1 dp)
What is the area of this triangle? 5 m 7 m (1 dp)
What is the distance between A and B? (1 dp) B A 4 m C 7 m 9 m
What is the distance between (1, − 1) and (− 5, 6)? c (1, − 1) (Not accurate!) − 6 (− 5, 6) 7 (1 dp)
Questions? Comments? Suggestions? …or have you found a mistake!? Any feedback would be appreciated . Please feel free to email: tom@goteachmaths. co. uk
- Slides: 22