Form and solve linear and simple quadratic equations
Form and solve linear and simple quadratic equations
1. | Valuable Lines - Graphs: If x = 10, what is y? | |
2. | Valuable Lines -Graphs: If y = 6, what is x? | |
3. | Lines, Lions, Lines - Graphs: Find co-ords of y-intercept | |
4. | Co-ordinate Camping - Graphs: Calculate co-ordinates, given Y-intercept line eq | |
5. | Co-ordinate Camping - Graphs: Calculate co-ordinates, given Y-intercept line eq | |
6. | Co-ordinate Camping - Graphs: Calculate co-ordinates, given Y-intercept line eq | |
7. | Now You See It! - Substitute given values into algebraic expressions | |
8. | Pirate Pete's Problem - Solve a simple linear expression | |
9. | CD Changer - Substitute a value into an algebraic expression | |
10. | Stop the Clock! Substitute a value into an algebraic expression | |
11. | Pirate Pete's Problem - Drag algebraic expressions into the correct order to solve a problem | |
12. | Mr Snags's Garden 4 - Identify the algebraic expression that describes a given relationship | |
13. | Mr Snags's Garden 3 - Identify the algebraic expression that describes a given relationship | |
14. | Dr Dan's Number Operations - Determine the equation to use to solve a number problem | |
15. | Dr Dan's Number Operations - Determine the equation to use to solve a number problem | |
16. | The Big Men of Maths - Solve a problem given the relationship between two unknowns | |
17. | Pirate Pete's Problem - Derive and solve a simple linear expression | |
18. | Nautical Numbers - Derive an algebraic expression | |
19. | Phoebe and Fiona's Jumbuck Jumble - Derive an algebraic expression | |
20. | Phoebe and Fiona's Jumbuck Jumble - Derive an algebraic expression | |
21. | Phoebe and Fiona's Jumbuck Jumble - Derive an algebraic expression | |
22. | Ninja Ned: Identify alternative paths to solve an algebraic problem | |
23. | Ninja Ned: Identify alternative paths to solve an algebraic problem | |
24. | Ninja Ned: Identify alternative paths to solve an algebraic problem | |
25. | Pirate Pete's Problem - Drag the correct algebraic expression to complete the solution to the problem | |
26. | Logical Leaps - find original number after operations | |
27. | Reader Beaver - number problem | |
28. | Dr Dan's Number Operations - "(x + 0.5) x 5 = 22.5" | |
29. | Sum it up - Wal's wheels - expressions for cost | |
30. | Dr Dan's Number Operations - "(n+0.5)x10=22.5" | |
31. | Pirate Pete's Problem - order steps in solution | |
32. | Lunar Ticks 4 - Callipic cycles, Metatonic cycles and years | |
33. | Lunar Ticks 2 - lunar months and years | |
34. | Capacity To the Max - calculations using engine capacity formula | |
35. | Capacity To the Max - calculate engine capacity given formula | |
36. | Uncovering the Plot - move objects to given coordinates, points on a line | |
37. | Stop the Clock! Substitute a value into an algebraic expression (1) | |
38. | Stop the Clock! Substitute a value into an algebraic expression (1) |