Factorised quadratic form | | | | | No | No |
| | | | | No | No |
Each interior angle (regular polygon) | | | | | No | No |
| | | | | No | No |
| | | | | No | No |
Equation of straight line | | | | | No | No |
Three consecutive odd numbers | | | | | No | No |
| | | | | No | No |
| | | | | No | No |
| | | | | No | No |
| | | | | No | No |
| Sum of values / number of values | | | | No | No |
| | | | | Yes | Yes |
| Opposite angles sum to 180∘180∘ | | | | No | No |
| an2+bn+can2+bn+c (find differences) | | | | No | No |
| | | | | No | No |
| Perpendicular to radius at point of contact | | | | No | No |
| | | | | No | No |
| | | | | No | No |
| | | | | No | No |
| Equal (vertically opposite) | | | | No | No |
Compound interest formula | Principal × (Multiplier )^time | | | | Yes | Yes |
| | | | | No | No |
| | | | | Yes | Yes |
Exterior angle (regular polygon) | | | | | No | No |
| | | | | No | No |
| y=sin(x),cos(x),tan(x)y=sin(x),cos(x),tan(x) | | | | No | No |
Completing the square formula | | | | | No | No |
| P(A) × P(B) if independent | | | | No | No |
| | | | | Yes | Yes |
| | | | | No | No |
| P(A and B)=P(A given B)xP(B) | | | | No | Yes |
| (π × radius² × height) / 3 | | | | No | No |
| ((x1 + x2)/2, (y1 + y2)/2) | | | | No | No |
| Middle value when ordered | | | | No | No |
| | | | | No | No |
| P(A B) = P(A and B) / P(B) | | | | No | No |
| | | | | Yes | Yes |
| | | | | No | No |
| | | | | Yes | Yes |
| | | | | Yes | Yes |
| | | | | No | No |
Percentage change formula | | | | | No | No |
| | | | | Yes | Yes |
| | | | | No | No |
| Perpendicular bisector passes through centre | | | | No | No |
Area of triangle using sine | | | | | No | Yes |
| | | | | No | No |
| Frequency Density=FrequencyClass WidthFrequency Density=Class WidthFrequency | | | | No | No |
| x squared + y squared = r squared | | | | No | No |
Difference of two squares | | | | | No | No |
Quartiles and Interquartile Range | | | | | No | No |
| a² = b² + c² - 2bc × cos A | | | | No | Yes |
Angles in the same segment theorem | Angles subtended by the same arc are equal | | | | No | No |
| | | | | No | No |
| | | | | No | No |
| | | | | No | No |
| | | | | No | No |
| | | | | No | No |
| For y=ax2+bx+cy=ax2+bx+c, vertex at x=−b2ax=−2ab | | | | No | No |
Distance between two points | √((x2 - x1)² + (y2 - y1)²) | | | | No | No |
| | | | | No | No |
Rounding / Truncating/ Significant | | | | | No | No |
Alternate segment theorem | Angle between tangent & chord = angle in alternate segment | | | | No | No |
| | | | | Yes | Yes |
Angles on a straight line | | | | | No | No |
| | | | | No | No |
| | | | | No | No |
| | | | | Yes | Yes |
| | | | | No | No |
| | | | | No | No |
Transformations of graphs | | | | | No | No |
| | | | | Yes | Yes |
| | | | | No | No |
| | | | | No | No |
| Area of sector - Area of triangle | | | | No | No |
| | | | | No | No |
| | | | | No | No |
| | | | | No | No |
| x = [-b ± √(b² - 4ac)] / (2a) | | | | No | Yes |
| | | | | No | No |
Angle at the centre theorem | Angle at centre = 2×2× angle at circumference | | | | No | No |
| Use trigonometric ratios in 3D space | | | | No | No |
Three consecutive even numbers | | | | | No | No |
| π × radius × slant height + π × radius² | | | | No | No |
| a / sin A = b / sin B = c / sin C | | | | No | Yes |
Roots of quadratic (link to factorisation) | | | | | No | No |