This teaching resource for iPad, Android, and IWB is for visualising addition for younger learners. Generate a new addition (maximum sum of 20) cover one of the numbers and use the counters to represent the numbers being added. The counters can be picked up and placed in the containers to assist in this explanation. In […]
This teaching resource, compatible with iPad and Android tablets, provides a chance to practise completing additions where one of the numbers to add is missing. Drag the tiles on the right to fill in the blank space. A correct answer results in the addition disappearing. An incorrect answer leaves the addition there but also adds […]
The game starts as soon as the player touches the tiles. The challenge is to select a group of adjacent numbers that sum to the target number. For example to reach 5 you might select 1,2,2. Valid tiles are horizontally or vertically adjacent to the last selected tile. The first tile for each selection […]
This interactive teaching resource is for demonstration purposes. Using it teachers can show a vast number of examples easily and clearly. Generate a new question and then tap the answer tiles to increase by one. Below the main section is a smaller set of tiles that show exactly what is happening – whether you are […]
Another IWB, iPad or Android resource to challenge children’s (or anybody’s) thinking skills. Choose your start point from any of the circular nodes on the grid. You must then visit each straight section in only 19 moves. They will fade out to show they have been visited. As there are 17 straight pieces and the […]
Another counter sorting puzzle for iPad, Android and IWB along the lines of the Two At a Time puzzle. This is very similar as you must arrange the pattern of shapes so that there are 4 octagons followed by 4 stars with the 2 blanks on the far right. The twist with this puzzle is […]
A magic square maths variation on the sliding puzzle used in the Letter Blocks resource. Use this on an IWB, computer, iPad or Android device to take up the challenge of making each row, column and the two diagonal lines add up to 12. The catch is that one of the numbers cannot move and […]