At present there are three packages in this series - Maths Circus Act 3, Act 4 and Act 5. Maths Circus Act 4 and Act 5 are completely new versions of the successful Maths Circus Acts 1 and 2. Although the new programs are based on Maths Circus Acts 1 and 2 they offer much more than the earlier versions. The puzzles in each of these two acts have an excellent pedigree, they are similar to those in Maths Circus Acts 1 and 2 but they have been extended with many new challenges added. Some puzzles are totally new, whilst others have new twists to them.
The Acts are not intended to be sequential in any way. They are not designed for increasing age ranges, nor do they become progressively more difficult.
Having said that, the Acts do vary somewhat in their range and difficulty. Their similarities and differences are summarised below.
Note that all the Circus puzzles encourage original thought. They work particularly well at the extremes - with pupils who are lacking in confidence and who do not like maths or who believe that they are no good at it, and at the other extreme for able pupils who need extension activities. Because the puzzles require thought rather than specific knowledge, it is not possible to specify exact age ranges - indeed we have found that many eight-year-olds cope much better with the hardest levels than many adults! The software has been profitably used by students from three to eighty-five years old.
Similarities
The five acts each contain twelve puzzles, each of which has several levels of difficulty.
While each of the acts are broadly aimed at primary students, the varying levels of difficulty make them suitable for a very wide age range.
In each act, students can either “just practise” (in which case their achievements are not recorded), or can “start a new circus” (in which case their achievements are recorded, and the student can resume their circus at a later session).
Each act has teacher options, including the ability to inspect students' progress, to enable or disable each level of each puzzle, and to set various other preferences (including disabling music and sound effects).
Each act includes various special needs facilities.
Differences
Act 3 - Each of the twelve puzzles has TEN
levels.
The first five levels of each puzzle are called the BASIC levels, and are
suited to lower and middle primary. The higher five levels are called the
ADVANCED levels, and are more suited to middle and upper primary and even
secondary use. The highest of the advanced levels are challenging even for
adults. This extra range of levels makes Act 3 suitable for use throughout the
entire primary range, and into secondary.
Act 4 - Each of the twelve puzzles has TEN levels.
The first five levels of each puzzle are called the BASIC levels, and are
suited to lower and middle primary. The higher five levels are called the
ADVANCED levels, and are more suited to middle and upper primary and even
secondary use. The highest of the advanced levels are challenging even for
adults. This extra range of levels makes Act 4 suitable for use throughout the
entire primary range, and into secondary.
Act 5 - Each of the twelve puzzles has TEN levels.
The first five levels of each puzzle are called the BASIC levels, and are
suited to lower and middle primary. The higher five levels are called the
ADVANCED levels, and are more suited to middle and upper primary and even
secondary use. The highest of the advanced levels are challenging even for
adults. This extra range of levels makes Act 5 suitable for use throughout the
entire primary range, and into secondary.
Maths Circus Puzzle Comparison Chart
Some of the topics listed below are normally associated with older children. However the Circus puzzles introduce topics in a way that is suitable even for young children.
Act 3
Puzzle | Topic |
---|---|
Fork lift | Problem solving: planning and spatial awareness in two dimensions |
Elevator | Basic numeracy: addition, positive and negative numbers, simple programming |
Pyramids | Spatial manipulation and planning |
Water | Basic numeracy: addition |
Lions | Two dimensional logical route planning |
Clowns | Basic numeracy: counting and number, simultaneous equations |
Trampoline | Simple physics: concepts involved include gravity, projectiles, speed |
Juggling | Basic numeracy: number statements involving numbers 1 to 9, +, x, = |
Dolphin | Spatial awareness and planning two and three dimensions |
Shapes | Attributes - colour and shape - and simple programming |
River | Angle, direction, speed, time, simple vectors |
Ropes | Basic numeracy: addition, subtraction & multiplication |
Act 4
Puzzle | Topic |
---|---|
Seals | Problem solving with shapes and movement (like a simplified Rubik's cube) |
Trapeze | Simple physics: pendulums, timing |
Magician | Logic, sequencing and problem solving |
Guards | Timing, observation and planning |
Cannon | Simple physics: trajectories, angles, speed |
Cage | Basic numeracy: addition and simple equations |
Unicycles | Basic numeracy: positive and negative numbers, number lines |
Drinks | Basic numeracy: addition and multiplication, simple simultaneous equations |
Elephant | Basic numeracy: addition |
Seat Bolts | Spatial awareness, coordinates and distance in two and three dimensions |
Clowns | Problem solving and logic in a novel setting! |
Lions | Sorting and size |
Act 5
Puzzle | Topic |
---|---|
Sorting | Sorting by shape and colour, and introducing AND, OR, NOT |
Mats | Problem solving involving colour and shapes |
Towers | Basic numeracy: addition |
Feeding | Problem solving with simple machines: programming and control |
Acrobats | A variation on the "Tower of Hanoi" problem |
Packing Up | Geometry and spatial awareness in two dimensions |
Seats | Basic numeracy: multiplication tables and factors |
Lights | Switching puzzles involving the logic operators AND, OR, XOR |
Basketball | Simple physics: concepts involved include gravity, projectiles, energy and the mechanism of bouncing |
Shopping | Basic arithmetic, concentrating on the type of calculation encountered in shopping |
Taxi | Problem solving involving planning and reasoning |
Folding | Problem solving involving folding and geometry |