0606 · Examination practice, 2020–2026
940 published questions in this selection. Original source labels and existing progress are preserved.
- 0606 P11 - Jun 2025 - Q1 - 5 marksFurther vector notation · 2025
- 0606 P11 - Jun 2025 - Q2 - 4 marksQuadratic inequalities · 2025
- 0606 P11 - Jun 2025 - Q3 - 6 marksThe equation of a circle · 2025
- 0606 P11 - Jun 2025 - Q4 - 9 marksSimultaneous equations (one linear and one non-linear) · 2025
- 0606 P11 - Jun 2025 - Q5 - 5 marksSolving equations of the type |ax + b| = |cx + d| · 2025
- 0606 P11 - Jun 2025 - Q6 - 8 marksThe quotient rule · 2025
- 0606 P11 - Jun 2025 - Q7 - 6 marksCubic expressions and equations · 2025
- 0606 P11 - Jun 2025 - Q8 - 7 marksChange of base of logarithms · 2025
- 0606 P11 - Jun 2025 - Q9 - 10 marksArea of regions bounded by a line and a curve · 2025
- 0606 P11 - Jun 2025 - Q10 - 7 marksFurther trigonometric identities · 2025
- 0606 P11 - Jun 2025 - Q11 - 9 marksArithmetic progressions · 2025
- 0606 P11 - Jun 2025 - Q12 - 4 marksCombinations · 2025
- 0606 P12 - Jun 2025 - Q1 - 3 marksSketching graphs of cubic polynomials and their moduli · 2025
- 0606 P12 - Jun 2025 - Q2 - 4 marksSolving more complex quadratic equations · 2025
- 0606 P12 - Jun 2025 - Q3 - 8 marksThe equation of a circle · 2025
- 0606 P12 - Jun 2025 - Q4 - 5 marksTrigonometric identities · 2025
- 0606 P12 - Jun 2025 - Q5 - 10 marksThe factor theorem · 2025
- 0606 P12 - Jun 2025 - Q6 - 7 marksFinding relationships from data · 2025
- 0606 P12 - Jun 2025 - Q7 - 6 marksInfinite geometric series · 2025
- 0606 P12 - Jun 2025 - Q8 - 6 marksThe quotient rule · 2025
- 0606 P12 - Jun 2025 - Q9 - 8 marksInverse functions · 2025
- 0606 P12 - Jun 2025 - Q10 - 8 marksCircular measure · 2025
- 0606 P12 - Jun 2025 - Q11 - 9 marksVector geometry · 2025
- 0606 P12 - Jun 2025 - Q12 - 6 marksStationary points · 2025
- 0606 P13 - Jun 2025 - Q1 - 5 marksSketching graphs of cubic polynomials and their moduli · 2025
- 0606 P13 - Jun 2025 - Q2 - 4 marksRoots of quadratic equations · 2025
- 0606 P13 - Jun 2025 - Q3 - 5 marksThe factor theorem · 2025
- 0606 P13 - Jun 2025 - Q4 - 5 marksThe laws of logarithms · 2025
- 0606 P13 - Jun 2025 - Q5 - 6 marksThe equation of a circle · 2025
- 0606 P13 - Jun 2025 - Q6 - 5 marksNatural logarithms · 2025
- 0606 P13 - Jun 2025 - Q7 - 6 marksCircular measure · 2025
- 0606 P13 - Jun 2025 - Q8 - 8 marksArea of regions bounded by a line and a curve · 2025
- 0606 P13 - Jun 2025 - Q9 - 12 marksInverse functions · 2025
- 0606 P13 - Jun 2025 - Q10 - 8 marksVector geometry · 2025
- 0606 P13 - Jun 2025 - Q11 - 10 marksApplications of differentiation in kinematics · 2025
- 0606 P13 - Jun 2025 - Q12 - 6 marksTangents and normals · 2025
- 0606 P21 - Jun 2025 - Q1 - 5 marksMaximum and minimum values of a quadratic function · 2025
- 0606 P21 - Jun 2025 - Q2 - 5 marksRoots of quadratic equations · 2025
- 0606 P21 - Jun 2025 - Q3 - 5 marksCombinations · 2025
- 0606 P21 - Jun 2025 - Q4 - 7 marksParallel and perpendicular lines · 2025
- 0606 P21 - Jun 2025 - Q5 - 4 marksSmall increments and approximations · 2025
- 0606 P21 - Jun 2025 - Q6 - 6 marksThe binomial theorem · 2025
- 0606 P21 - Jun 2025 - Q7 - 8 marksInverse functions · 2025
- 0606 P21 - Jun 2025 - Q8 - 9 marksFurther trigonometric equations · 2025
- 0606 P21 - Jun 2025 - Q9 - 12 marksCircular measure · 2025
- 0606 P21 - Jun 2025 - Q10 - 11 marksApplications of integration in kinematics · 2025
- 0606 P21 - Jun 2025 - Q11 - 8 marksInfinite geometric series · 2025
- 0606 P22 - Jun 2025 - Q1 - 4 marksSolving modulus inequalities · 2025
- 0606 P22 - Jun 2025 - Q2 - 10 marksApplications of differentiation in kinematics · 2025
- 0606 P22 - Jun 2025 - Q3 - 4 marksComposite functions · 2025
- 0606 P22 - Jun 2025 - Q4 - 9 marksDerivatives of trigonometric functions · 2025
- 0606 P22 - Jun 2025 - Q5 - 8 marksArrangements · 2025
- 0606 P22 - Jun 2025 - Q6 - 6 marksRates of change · 2025
- 0606 P22 - Jun 2025 - Q7 - 9 marksFurther arithmetic and geometric series · 2025
- 0606 P22 - Jun 2025 - Q8 - 11 marksArea of regions bounded by a line and a curve · 2025
- 0606 P22 - Jun 2025 - Q9 - 10 marksFurther trigonometric equations · 2025
- 0606 P22 - Jun 2025 - Q10 - 9 marksThe binomial theorem · 2025
- 0606 P23 - Jun 2025 - Q1 - 2 marksQuadratic inequalities · 2025
- 0606 P23 - Jun 2025 - Q2 - 3 marksThe quotient rule · 2025
- 0606 P23 - Jun 2025 - Q3 - 4 marksFinding relationships from data · 2025
- 0606 P23 - Jun 2025 - Q4 - 8 marksGraphs of y = |f(x)| where f(x) is linear · 2025
- 0606 P23 - Jun 2025 - Q5 - 4 marksGraphs of trigonometric functions · 2025
- 0606 P23 - Jun 2025 - Q6 - 6 marksArrangements · 2025
- 0606 P23 - Jun 2025 - Q7 - 6 marksThe binomial theorem · 2025
- 0606 P23 - Jun 2025 - Q8 - 9 marksSmall increments and approximations · 2025
- 0606 P23 - Jun 2025 - Q9 - 12 marksFurther arithmetic and geometric series · 2025
- 0606 P23 - Jun 2025 - Q10 - 9 marksConstant velocity problems · 2025
- 0606 P23 - Jun 2025 - Q11 - 4 marksPermutations · 2025
- 0606 P23 - Jun 2025 - Q12 - 10 marksFurther trigonometric equations · 2025
- 0606 P23 - Jun 2025 - Q13 - 4 marksSolving exponential equations · 2025
- 0606 P12 - Mar 2025 - Q1 - 7 marksSolving modulus inequalities · 2025
- 0606 P12 - Mar 2025 - Q2 - 3 marksGraphs of trigonometric functions · 2025
- 0606 P12 - Mar 2025 - Q3 - 4 marksThe equation of a circle · 2025
- 0606 P12 - Mar 2025 - Q4 - 6 marksThe factor theorem · 2025
- 0606 P12 - Mar 2025 - Q5 - 8 marksInverse functions · 2025
- 0606 P12 - Mar 2025 - Q6 - 5 marksTrigonometric ratios of general angles · 2025
- 0606 P12 - Mar 2025 - Q7 - 10 marksArea of regions bounded by a line and a curve · 2025
- 0606 P12 - Mar 2025 - Q8 - 7 marksGeometric progressions · 2025
- 0606 P12 - Mar 2025 - Q9 - 5 marksChange of base of logarithms · 2025
- 0606 P12 - Mar 2025 - Q10 - 9 marksTangents and normals · 2025
- 0606 P12 - Mar 2025 - Q11 - 9 marksVector geometry · 2025
- 0606 P12 - Mar 2025 - Q12 - 7 marksFurther indefinite integration · 2025
- 0606 P22 - Mar 2025 - Q1 - 8 marksArea of a sector · 2025
- 0606 P22 - Mar 2025 - Q2 - 9 marksSketching graphs of cubic polynomials and their moduli · 2025
- 0606 P22 - Mar 2025 - Q3 - 4 marksSolving more complex quadratic equations · 2025
- 0606 P22 - Mar 2025 - Q4 - 7 marksCombinations · 2025
- 0606 P22 - Mar 2025 - Q5 - 7 marksFinding relationships from data · 2025
- 0606 P22 - Mar 2025 - Q6 - 8 marksFurther applications of differentiation · 2025
- 0606 P22 - Mar 2025 - Q7 - 5 marksComposite functions · 2025
- 0606 P22 - Mar 2025 - Q8 - 7 marksFurther trigonometric equations · 2025
- 0606 P22 - Mar 2025 - Q9 - 11 marksApplications of differentiation in kinematics · 2025
- 0606 P22 - Mar 2025 - Q10 - 10 marksThe binomial theorem · 2025
- 0606 P22 - Mar 2025 - Q11 - 4 marksFurther trigonometric equations · 2025
- 0606 P11 - Nov 2025 - Q1 - 5 marksGraphs of trigonometric functions · 2025
- 0606 P11 - Nov 2025 - Q2 - 6 marksRoots of quadratic equations · 2025
- 0606 P11 - Nov 2025 - Q3 - 9 marksSolving logarithmic equations · 2025
- 0606 P11 - Nov 2025 - Q4 - 10 marksComposite functions · 2025
- 0606 P11 - Nov 2025 - Q5 - 7 marksFurther arithmetic and geometric series · 2025
- 0606 P11 - Nov 2025 - Q6 - 5 marksSolving more complex quadratic equations · 2025
- 0606 P11 - Nov 2025 - Q7 - 7 marksFurther indefinite integration · 2025
- 0606 P11 - Nov 2025 - Q8 - 5 marksSimultaneous equations (one linear and one non-linear) · 2025
- 0606 P11 - Nov 2025 - Q9 - 3 marksApplications of differentiation in kinematics · 2025
- 0606 P11 - Nov 2025 - Q10 - 11 marksArea of regions bounded by a line and a curve · 2025
- 0606 P11 - Nov 2025 - Q11 - 6 marksPermutations · 2025
- 0606 P11 - Nov 2025 - Q12 - 6 marksVector geometry · 2025
- 0606 P12 - Nov 2025 - Q1 - 5 marksSolving cubic inequalities graphically · 2025
- 0606 P12 - Nov 2025 - Q2 - 7 marksThe remainder theorem · 2025
- 0606 P12 - Nov 2025 - Q3 - 6 marksInfinite geometric series · 2025
- 0606 P12 - Nov 2025 - Q4 - 10 marksThe graph of a function and its inverse · 2025
- 0606 P12 - Nov 2025 - Q5 - 7 marksSolving logarithmic equations · 2025
- 0606 P12 - Nov 2025 - Q6 - 5 marksSolving more complex quadratic equations · 2025
- 0606 P12 - Nov 2025 - Q7 - 6 marksThe equation of a circle · 2025
- 0606 P12 - Nov 2025 - Q8 - 4 marksThe graphs of y = k e^(nx) + a and y = k ln(ax + b) · 2025
- 0606 P12 - Nov 2025 - Q9 - 12 marksDifferentiation reversed · 2025
- 0606 P12 - Nov 2025 - Q10 - 5 marksDefinite integration · 2025
- 0606 P12 - Nov 2025 - Q11 - 3 marksPermutations · 2025
- 0606 P12 - Nov 2025 - Q12 - 6 marksFurther applications of differentiation · 2025
- 0606 P12 - Nov 2025 - Q13 - 4 marksFurther trigonometric identities · 2025
- 0606 P13 - Nov 2025 - Q1 - 7 marksSolving modulus inequalities · 2025
- 0606 P13 - Nov 2025 - Q2 - 3 marksDerivatives of exponential functions · 2025
- 0606 P13 - Nov 2025 - Q3 - 4 marksSmall increments and approximations · 2025
- 0606 P13 - Nov 2025 - Q4 - 6 marksApplications of differentiation in kinematics · 2025
- 0606 P13 - Nov 2025 - Q5 - 8 marksTangents and normals · 2025
- 0606 P13 - Nov 2025 - Q6 - 7 marksFurther trigonometric identities · 2025
- 0606 P13 - Nov 2025 - Q7 - 7 marksVector geometry · 2025
- 0606 P13 - Nov 2025 - Q8 - 7 marksArea of regions bounded by a line and a curve · 2025
- 0606 P13 - Nov 2025 - Q9 - 11 marksSolving logarithmic equations · 2025
- 0606 P13 - Nov 2025 - Q10 - 8 marksFurther arithmetic and geometric series · 2025
- 0606 P13 - Nov 2025 - Q11 - 7 marksProblems involving intersection of lines and circles · 2025
- 0606 P13 - Nov 2025 - Q12 - 5 marksThe binomial theorem · 2025
- 0606 P21 - Nov 2025 - Q1 - 5 marksThe remainder theorem · 2025
- 0606 P21 - Nov 2025 - Q2 - 3 marksSolving modulus inequalities · 2025
- 0606 P21 - Nov 2025 - Q3 - 5 marksCombinations · 2025
- 0606 P21 - Nov 2025 - Q4 - 6 marksFurther trigonometric equations · 2025
- 0606 P21 - Nov 2025 - Q5 - 5 marksThe equation of a circle · 2025
- 0606 P21 - Nov 2025 - Q6 - 4 marksFinding relationships from data · 2025
- 0606 P21 - Nov 2025 - Q7 - 6 marksDerivatives of logarithmic functions · 2025
- 0606 P21 - Nov 2025 - Q8 - 13 marksApplications of integration in kinematics · 2025
- 0606 P21 - Nov 2025 - Q9 - 7 marksArea of a sector · 2025
- 0606 P21 - Nov 2025 - Q10 - 5 marksThe binomial theorem · 2025
- 0606 P21 - Nov 2025 - Q11 - 8 marksPractical maximum and minimum problems · 2025
- 0606 P21 - Nov 2025 - Q12 - 7 marksConstant velocity problems · 2025
- 0606 P21 - Nov 2025 - Q13 - 6 marksFurther trigonometric equations · 2025
- 0606 P22 - Nov 2025 - Q1 - 9 marksIntersection of a line and a curve · 2025
- 0606 P22 - Nov 2025 - Q2 - 8 marksArea of a sector · 2025
- 0606 P22 - Nov 2025 - Q3 - 6 marksThe binomial theorem · 2025
- 0606 P22 - Nov 2025 - Q4 - 6 marksFinding relationships from data · 2025
- 0606 P22 - Nov 2025 - Q5 - 5 marksArrangements · 2025
- 0606 P22 - Nov 2025 - Q6 - 8 marksConstant velocity problems · 2025
- 0606 P22 - Nov 2025 - Q7 - 6 marksFurther indefinite integration · 2025
- 0606 P22 - Nov 2025 - Q8 - 7 marksFurther arithmetic and geometric series · 2025
- 0606 P22 - Nov 2025 - Q9 - 5 marksComposite functions · 2025
- 0606 P22 - Nov 2025 - Q10 - 10 marksArea of regions bounded by a line and a curve · 2025
- 0606 P22 - Nov 2025 - Q11 - 10 marksFurther trigonometric equations · 2025
- 0606 P23 - Nov 2025 - Q1 - 5 marksThe remainder theorem · 2025
- 0606 P23 - Nov 2025 - Q2 - 10 marksInverse functions · 2025
- 0606 P23 - Nov 2025 - Q3 - 9 marksGraphs of y = |f(x)| where f(x) is quadratic · 2025
- 0606 P23 - Nov 2025 - Q4 - 7 marksFurther definite integration · 2025
- 0606 P23 - Nov 2025 - Q5 - 6 marksArrangements · 2025
- 0606 P23 - Nov 2025 - Q6 - 7 marksIntersection of a line and a curve · 2025
- 0606 P23 - Nov 2025 - Q7 - 6 marksFurther trigonometric equations · 2025
- 0606 P23 - Nov 2025 - Q8 - 8 marksArea of a sector · 2025
- 0606 P23 - Nov 2025 - Q9 - 6 marksFinding relationships from data · 2025
- 0606 P23 - Nov 2025 - Q10 - 11 marksApplications of differentiation in kinematics · 2025
- 0606 P23 - Nov 2025 - Q11 - 5 marksProblems involving intersection of lines and circles · 2025
- 0606 P11 - Jun 2024 - Q1 - 5 marksSolving cubic inequalities graphically · 2024
- 0606 P11 - Jun 2024 - Q2 - 6 marksDivision of polynomials · 2024
- 0606 P11 - Jun 2024 - Q3 - 9 marksSolving logarithmic equations · 2024
- 0606 P11 - Jun 2024 - Q4 - 7 marksThe binomial theorem · 2024
- 0606 P11 - Jun 2024 - Q5 - 5 marksGraphs of trigonometric functions · 2024
- 0606 P11 - Jun 2024 - Q6 - 4 marksIntegration of functions of the form 1/x and 1/(ax + b) · 2024
- 0606 P11 - Jun 2024 - Q7 - 3 marksFurther trigonometric identities · 2024
- 0606 P11 - Jun 2024 - Q8 - 5 marksFurther trigonometric equations · 2024
- 0606 P11 - Jun 2024 - Q9 - 9 marksSolving exponential equations · 2024
- 0606 P11 - Jun 2024 - Q10 - 9 marksApplications of integration in kinematics · 2024
- 0606 P11 - Jun 2024 - Q11 - 10 marksTangents and normals · 2024
- 0606 P11 - Jun 2024 - Q12 - 8 marksFurther indefinite integration · 2024
- 0606 P12 - Jun 2024 - Q1 - 3 marksGraphs of trigonometric functions · 2024
- 0606 P12 - Jun 2024 - Q2 - 3 marksThe laws of logarithms · 2024
- 0606 P12 - Jun 2024 - Q3 - 4 marksDerivatives of trigonometric functions · 2024
- 0606 P12 - Jun 2024 - Q4 - 6 marksCombinations · 2024
- 0606 P12 - Jun 2024 - Q5 - 9 marksCircular measure · 2024
- 0606 P12 - Jun 2024 - Q6 - 9 marksArea of a sector · 2024
- 0606 P12 - Jun 2024 - Q7 - 11 marksIntersection of a line and a curve · 2024
- 0606 P12 - Jun 2024 - Q8 - 8 marksFurther applications of differentiation · 2024
- 0606 P12 - Jun 2024 - Q9 - 10 marksConstant velocity problems · 2024
- 0606 P12 - Jun 2024 - Q10 - 12 marksFurther arithmetic and geometric series · 2024
- 0606 P12 - Jun 2024 - Q11 - 5 marksIndefinite integrals · 2024
- 0606 P13 - Jun 2024 - Q1 - 3 marksGraphs of trigonometric functions · 2024
- 0606 P13 - Jun 2024 - Q2 - 4 marksSolving exponential equations · 2024
- 0606 P13 - Jun 2024 - Q3 - 9 marksSketching graphs of cubic polynomials and their moduli · 2024
- 0606 P13 - Jun 2024 - Q4 - 5 marksDefinite integration · 2024
- 0606 P13 - Jun 2024 - Q5 - 6 marksFinding relationships from data · 2024
- 0606 P13 - Jun 2024 - Q6 - 6 marksSmall increments and approximations · 2024
- 0606 P13 - Jun 2024 - Q7 - 7 marksCombinations · 2024
- 0606 P13 - Jun 2024 - Q8 - 7 marksTangents and normals · 2024
- 0606 P13 - Jun 2024 - Q9 - 10 marksApplications of differentiation in kinematics · 2024
- 0606 P13 - Jun 2024 - Q10 - 12 marksFurther arithmetic and geometric series · 2024
- 0606 P13 - Jun 2024 - Q11 - 6 marksSolving logarithmic equations · 2024
- 0606 P13 - Jun 2024 - Q12 - 5 marksFurther trigonometric equations · 2024
- 0606 P21 - Jun 2024 - Q1 - 5 marksGraphs of y = |f(x)| where f(x) is linear · 2024
- 0606 P21 - Jun 2024 - Q2 - 4 marksMaximum and minimum values of a quadratic function · 2024
- 0606 P21 - Jun 2024 - Q3 - 3 marksRoots of quadratic equations · 2024
- 0606 P21 - Jun 2024 - Q4 - 10 marksIntersection of a line and a curve · 2024
- 0606 P21 - Jun 2024 - Q5 - 8 marksArrangements · 2024
- 0606 P21 - Jun 2024 - Q6 - 5 marksSmall increments and approximations · 2024
- 0606 P21 - Jun 2024 - Q7 - 4 marksSecond derivatives · 2024
- 0606 P21 - Jun 2024 - Q8 - 10 marksFurther arithmetic and geometric series · 2024
- 0606 P21 - Jun 2024 - Q9 - 7 marksInverse functions · 2024
- 0606 P21 - Jun 2024 - Q10 - 8 marksFurther trigonometric identities · 2024
- 0606 P21 - Jun 2024 - Q11 - 7 marksPractical maximum and minimum problems · 2024
- 0606 P21 - Jun 2024 - Q12 - 9 marksVector geometry · 2024
- 0606 P22 - Jun 2024 - Q1 - 6 marksSketching graphs of cubic polynomials and their moduli · 2024
- 0606 P22 - Jun 2024 - Q2 - 7 marksIntegration of functions of the form 1/x and 1/(ax + b) · 2024
- 0606 P22 - Jun 2024 - Q3 - 8 marksSolving more complex quadratic equations · 2024
- 0606 P22 - Jun 2024 - Q4 - 7 marksCubic expressions and equations · 2024
- 0606 P22 - Jun 2024 - Q5 - 6 marksDerivatives of exponential functions · 2024
- 0606 P22 - Jun 2024 - Q6 - 8 marksFurther trigonometric equations · 2024
- 0606 P22 - Jun 2024 - Q7 - 4 marksArrangements · 2024
- 0606 P22 - Jun 2024 - Q8 - 9 marksFinding relationships from data · 2024
- 0606 P22 - Jun 2024 - Q9 - 9 marksArea of regions bounded by a line and a curve · 2024
- 0606 P22 - Jun 2024 - Q10 - 8 marksInverse functions · 2024
- 0606 P22 - Jun 2024 - Q11 - 8 marksThe binomial theorem · 2024
- 0606 P23 - Jun 2024 - Q1 - 5 marksParallel and perpendicular lines · 2024
- 0606 P23 - Jun 2024 - Q2 - 4 marksRoots of quadratic equations · 2024
- 0606 P23 - Jun 2024 - Q3 - 6 marksSolving modulus inequalities · 2024
- 0606 P23 - Jun 2024 - Q4 - 8 marksThe binomial theorem · 2024
- 0606 P23 - Jun 2024 - Q5 - 14 marksDerivatives of trigonometric functions · 2024
- 0606 P23 - Jun 2024 - Q6 - 11 marksStationary points · 2024
- 0606 P23 - Jun 2024 - Q7 - 8 marksArea of a sector · 2024
- 0606 P23 - Jun 2024 - Q8 - 7 marksIntegration of sine and cosine functions · 2024
- 0606 P23 - Jun 2024 - Q9 - 10 marksArea of regions bounded by a line and a curve · 2024
- 0606 P23 - Jun 2024 - Q10 - 7 marksVector geometry · 2024
- 0606 P12 - Mar 2024 - Q1 - 5 marksGraphs of trigonometric functions · 2024
- 0606 P12 - Mar 2024 - Q2 - 7 marksSolving logarithmic equations · 2024
- 0606 P12 - Mar 2024 - Q3 - 7 marksTangents and normals · 2024
- 0606 P12 - Mar 2024 - Q4 - 11 marksThe graph of a function and its inverse · 2024
- 0606 P12 - Mar 2024 - Q5 - 13 marksThe factor theorem · 2024
- 0606 P12 - Mar 2024 - Q6 - 9 marksApplications of differentiation in kinematics · 2024
- 0606 P12 - Mar 2024 - Q7 - 9 marksIntegration of functions of the form 1/x and 1/(ax + b) · 2024
- 0606 P12 - Mar 2024 - Q8 - 7 marksPermutations · 2024
- 0606 P12 - Mar 2024 - Q9 - 12 marksFurther arithmetic and geometric series · 2024
- 0606 P22 - Mar 2024 - Q1 - 7 marksSolving modulus inequalities · 2024
- 0606 P22 - Mar 2024 - Q2 - 4 marksProblems involving length of a line and midpoint · 2024
- 0606 P22 - Mar 2024 - Q3 - 8 marksVector geometry · 2024
- 0606 P22 - Mar 2024 - Q4 - 12 marksDerivatives of trigonometric functions · 2024
- 0606 P22 - Mar 2024 - Q5 - 4 marksSmall increments and approximations · 2024
- 0606 P22 - Mar 2024 - Q6 - 4 marksIntegration of exponential functions · 2024
- 0606 P22 - Mar 2024 - Q7 - 7 marksIntersection of a line and a curve · 2024
- 0606 P22 - Mar 2024 - Q8 - 10 marksFinding relationships from data · 2024
- 0606 P22 - Mar 2024 - Q9 - 9 marksArea of a sector · 2024
- 0606 P22 - Mar 2024 - Q10 - 10 marksThe binomial theorem · 2024
- 0606 P22 - Mar 2024 - Q11 - 5 marksRates of change · 2024
- 0606 P11 - Nov 2024 - Q1 - 3 marksSketching graphs of cubic polynomials and their moduli · 2024
- 0606 P11 - Nov 2024 - Q2 - 5 marksSimultaneous equations (one linear and one non-linear) · 2024
- 0606 P11 - Nov 2024 - Q3 - 4 marksGraphs of trigonometric functions · 2024
- 0606 P11 - Nov 2024 - Q4 - 5 marksIntegration of functions of the form 1/x and 1/(ax + b) · 2024
- 0606 P11 - Nov 2024 - Q5 - 4 marksThe binomial theorem · 2024
- 0606 P11 - Nov 2024 - Q6 - 6 marksThe remainder theorem · 2024
- 0606 P11 - Nov 2024 - Q7 - 8 marksFinding relationships from data · 2024
- 0606 P11 - Nov 2024 - Q8 - 8 marksIntegration of functions of the form (ax + b)^n · 2024
- 0606 P11 - Nov 2024 - Q9 - 8 marksFurther applications of differentiation · 2024
- 0606 P11 - Nov 2024 - Q10 - 8 marksInfinite geometric series · 2024
- 0606 P11 - Nov 2024 - Q11 - 9 marksArea of regions bounded by a line and a curve · 2024
- 0606 P11 - Nov 2024 - Q12 - 12 marksFurther trigonometric equations · 2024
- 0606 P12 - Nov 2024 - Q1 - 7 marksGraphs of trigonometric functions · 2024
- 0606 P12 - Nov 2024 - Q2 - 9 marksSketching graphs of cubic polynomials and their moduli · 2024
- 0606 P12 - Nov 2024 - Q3 - 7 marksCircular measure · 2024
- 0606 P12 - Nov 2024 - Q4 - 13 marksThe inverse of logarithmic and exponential functions · 2024
- 0606 P12 - Nov 2024 - Q5 - 6 marksIntegration of sine and cosine functions · 2024
- 0606 P12 - Nov 2024 - Q6 - 7 marksThe binomial theorem · 2024
- 0606 P12 - Nov 2024 - Q7 - 6 marksFurther applications of differentiation · 2024
- 0606 P12 - Nov 2024 - Q8 - 8 marksDerivatives of exponential functions · 2024
- 0606 P12 - Nov 2024 - Q9 - 8 marksArea of regions bounded by a line and a curve · 2024
- 0606 P12 - Nov 2024 - Q10 - 9 marksFurther arithmetic and geometric series · 2024
- 0606 P13 - Nov 2024 - Q1 - 6 marksGraphs of y = |f(x)| where f(x) is quadratic · 2024
- 0606 P13 - Nov 2024 - Q2 - 4 marksGraphs of trigonometric functions · 2024
- 0606 P13 - Nov 2024 - Q3 - 10 marksSolving exponential equations · 2024
- 0606 P13 - Nov 2024 - Q4 - 7 marksThe laws of logarithms · 2024
- 0606 P13 - Nov 2024 - Q5 - 6 marksThe remainder theorem · 2024
- 0606 P13 - Nov 2024 - Q6 - 8 marksFinding relationships from data · 2024
- 0606 P13 - Nov 2024 - Q7 - 5 marksFurther indefinite integration · 2024
- 0606 P13 - Nov 2024 - Q8 - 8 marksIntersection of a line and a curve · 2024
- 0606 P13 - Nov 2024 - Q9 - 10 marksVector geometry · 2024
- 0606 P13 - Nov 2024 - Q10 - 9 marksFurther trigonometric equations · 2024
- 0606 P13 - Nov 2024 - Q11 - 7 marksFurther arithmetic and geometric series · 2024
- 0606 P21 - Nov 2024 - Q1 - 3 marksTrigonometric identities · 2024
- 0606 P21 - Nov 2024 - Q2 - 4 marksFurther indefinite integration · 2024
- 0606 P21 - Nov 2024 - Q3 - 10 marksSolving exponential equations · 2024
- 0606 P21 - Nov 2024 - Q4 - 5 marksVector geometry · 2024
- 0606 P21 - Nov 2024 - Q5 - 5 marksThe laws of logarithms · 2024
- 0606 P21 - Nov 2024 - Q6 - 8 marksArea of a sector · 2024
- 0606 P21 - Nov 2024 - Q7 - 7 marksTangents and normals · 2024
- 0606 P21 - Nov 2024 - Q8 - 10 marksApplications of differentiation in kinematics · 2024
- 0606 P21 - Nov 2024 - Q9 - 6 marksRoots of quadratic equations · 2024
- 0606 P21 - Nov 2024 - Q10 - 6 marksCombinations · 2024
- 0606 P21 - Nov 2024 - Q11 - 7 marksInverse functions · 2024
- 0606 P21 - Nov 2024 - Q12 - 9 marksArithmetic progressions · 2024
- 0606 P22 - Nov 2024 - Q1 - 3 marksSimultaneous equations (one linear and one non-linear) · 2024
- 0606 P22 - Nov 2024 - Q2 - 8 marksSmall increments and approximations · 2024
- 0606 P22 - Nov 2024 - Q3 - 5 marksCubic expressions and equations · 2024
- 0606 P22 - Nov 2024 - Q4 - 5 marksSolving modulus inequalities · 2024
- 0606 P22 - Nov 2024 - Q5 - 8 marksSolving logarithmic equations · 2024
- 0606 P22 - Nov 2024 - Q6 - 5 marksAdding, subtracting and multiplying polynomials · 2024
- 0606 P22 - Nov 2024 - Q7 - 8 marksCombinations · 2024
- 0606 P22 - Nov 2024 - Q8 - 6 marksFurther trigonometric equations · 2024
- 0606 P22 - Nov 2024 - Q9 - 6 marksApplications of differentiation in kinematics · 2024
- 0606 P22 - Nov 2024 - Q10 - 11 marksFurther applications of differentiation · 2024
- 0606 P22 - Nov 2024 - Q11 - 9 marksConstant velocity problems · 2024
- 0606 P22 - Nov 2024 - Q12 - 6 marksPractical maximum and minimum problems · 2024
- 0606 P23 - Nov 2024 - Q1 - 3 marksSolving cubic inequalities graphically · 2024
- 0606 P23 - Nov 2024 - Q2 - 9 marksInverse functions · 2024
- 0606 P23 - Nov 2024 - Q3 - 6 marksFurther trigonometric identities · 2024
- 0606 P23 - Nov 2024 - Q4 - 8 marksArea of a sector · 2024
- 0606 P23 - Nov 2024 - Q5 - 8 marksTangents and normals · 2024
- 0606 P23 - Nov 2024 - Q6 - 5 marksIntegration of exponential functions · 2024
- 0606 P23 - Nov 2024 - Q7 - 7 marksThe binomial theorem · 2024
- 0606 P23 - Nov 2024 - Q8 - 7 marksArea of regions bounded by a line and a curve · 2024
- 0606 P23 - Nov 2024 - Q9 - 4 marksAdding, subtracting and multiplying polynomials · 2024
- 0606 P23 - Nov 2024 - Q10 - 8 marksGeometric progressions · 2024
- 0606 P23 - Nov 2024 - Q11 - 6 marksArrangements · 2024
- 0606 P23 - Nov 2024 - Q12 - 9 marksApplications of integration in kinematics · 2024
- 0606 P11 - Jun 2023 - Q1 - 10 marksGraphs of y = |f(x)| where f(x) is quadratic · 2023
- 0606 P11 - Jun 2023 - Q2 - 9 marksThe remainder theorem · 2023
- 0606 P11 - Jun 2023 - Q3 - 7 marksParallel and perpendicular lines · 2023
- 0606 P11 - Jun 2023 - Q4 - 4 marksApplications of integration in kinematics · 2023
- 0606 P11 - Jun 2023 - Q5 - 8 marksTrigonometric ratios of general angles · 2023
- 0606 P11 - Jun 2023 - Q6 - 10 marksFurther trigonometric identities · 2023
- 0606 P11 - Jun 2023 - Q7 - 7 marksCombinations · 2023
- 0606 P11 - Jun 2023 - Q8 - 7 marksThe quotient rule · 2023
- 0606 P11 - Jun 2023 - Q9 - 11 marksFurther arithmetic and geometric series · 2023
- 0606 P11 - Jun 2023 - Q10 - 7 marksFurther indefinite integration · 2023
- 0606 P12 - Jun 2023 - Q1 - 3 marksGraphs of trigonometric functions · 2023
- 0606 P12 - Jun 2023 - Q2 - 5 marksRoots of quadratic equations · 2023
- 0606 P12 - Jun 2023 - Q3 - 7 marksSketching graphs of cubic polynomials and their moduli · 2023
- 0606 P12 - Jun 2023 - Q4 - 7 marksArea of a sector · 2023
- 0606 P12 - Jun 2023 - Q5 - 10 marksSolving logarithmic equations · 2023
- 0606 P12 - Jun 2023 - Q6 - 7 marksFurther trigonometric equations · 2023
- 0606 P12 - Jun 2023 - Q7 - 8 marksCombinations · 2023
- 0606 P12 - Jun 2023 - Q8 - 10 marksThe inverse of logarithmic and exponential functions · 2023
- 0606 P12 - Jun 2023 - Q9 - 10 marksArea of regions bounded by a line and a curve · 2023
- 0606 P12 - Jun 2023 - Q10 - 13 marksFurther arithmetic and geometric series · 2023
- 0606 P13 - Jun 2023 - Q1 - 4 marksGraphs of trigonometric functions · 2023
- 0606 P13 - Jun 2023 - Q2 - 7 marksMaximum and minimum values of a quadratic function · 2023
- 0606 P13 - Jun 2023 - Q3 - 8 marksSolving logarithmic equations · 2023
- 0606 P13 - Jun 2023 - Q4 - 8 marksParallel and perpendicular lines · 2023
- 0606 P13 - Jun 2023 - Q5 - 6 marksThe binomial theorem · 2023
- 0606 P13 - Jun 2023 - Q6 - 7 marksArea of a sector · 2023
- 0606 P13 - Jun 2023 - Q7 - 10 marksFinding relationships from data · 2023
- 0606 P13 - Jun 2023 - Q8 - 10 marksVector geometry · 2023
- 0606 P13 - Jun 2023 - Q9 - 12 marksApplications of differentiation in kinematics · 2023
- 0606 P13 - Jun 2023 - Q10 - 8 marksFurther trigonometric identities · 2023
- 0606 P21 - Jun 2023 - Q1 - 4 marksFinding relationships from data · 2023
- 0606 P21 - Jun 2023 - Q2 - 5 marksGraphs of trigonometric functions · 2023
- 0606 P21 - Jun 2023 - Q3 - 5 marksSketching graphs of cubic polynomials and their moduli · 2023
- 0606 P21 - Jun 2023 - Q4 - 7 marksSolving exponential equations · 2023
- 0606 P21 - Jun 2023 - Q5 - 4 marksRates of change · 2023
- 0606 P21 - Jun 2023 - Q6 - 10 marksFurther vector notation · 2023
- 0606 P21 - Jun 2023 - Q7 - 10 marksArea of regions bounded by a line and a curve · 2023
- 0606 P21 - Jun 2023 - Q8 - 11 marksThe graph of a function and its inverse · 2023
- 0606 P21 - Jun 2023 - Q9 - 8 marksArea of a sector · 2023
- 0606 P21 - Jun 2023 - Q10 - 7 marksThe binomial theorem · 2023
- 0606 P21 - Jun 2023 - Q11 - 9 marksProblems involving intersection of lines and circles · 2023
- 0606 P22 - Jun 2023 - Q1 - 7 marksQuadratic inequalities · 2023
- 0606 P22 - Jun 2023 - Q2 - 8 marksStationary points · 2023
- 0606 P22 - Jun 2023 - Q3 - 8 marksCubic expressions and equations · 2023
- 0606 P22 - Jun 2023 - Q4 - 6 marksDerivatives of trigonometric functions · 2023
- 0606 P22 - Jun 2023 - Q5 - 9 marksFinding relationships from data · 2023
- 0606 P22 - Jun 2023 - Q6 - 9 marksThe binomial theorem · 2023
- 0606 P22 - Jun 2023 - Q7 - 12 marksFurther applications of differentiation · 2023
- 0606 P22 - Jun 2023 - Q8 - 7 marksDerivatives of trigonometric functions · 2023
- 0606 P22 - Jun 2023 - Q9 - 6 marksApplications of integration in kinematics · 2023
- 0606 P22 - Jun 2023 - Q10 - 8 marksVector geometry · 2023
- 0606 P23 - Jun 2023 - Q1 - 5 marksSolving modulus inequalities · 2023
- 0606 P23 - Jun 2023 - Q2 - 4 marksSolving more complex quadratic equations · 2023
- 0606 P23 - Jun 2023 - Q3 - 4 marksDerivatives of logarithmic functions · 2023
- 0606 P23 - Jun 2023 - Q4 - 5 marksThe factor theorem · 2023
- 0606 P23 - Jun 2023 - Q5 - 10 marksCombinations · 2023
- 0606 P23 - Jun 2023 - Q6 - 6 marksDerivatives of exponential functions · 2023
- 0606 P23 - Jun 2023 - Q7 - 6 marksSmall increments and approximations · 2023
- 0606 P23 - Jun 2023 - Q8 - 14 marksThe graph of a function and its inverse · 2023
- 0606 P23 - Jun 2023 - Q9 - 11 marksArea of regions bounded by a line and a curve · 2023
- 0606 P23 - Jun 2023 - Q10 - 15 marksFurther arithmetic and geometric series · 2023
- 0606 P12 - Mar 2023 - Q1 - 4 marksIntersection of a line and a curve · 2023
- 0606 P12 - Mar 2023 - Q2 - 10 marksSketching graphs of cubic polynomials and their moduli · 2023
- 0606 P12 - Mar 2023 - Q3 - 5 marksThe binomial theorem · 2023
- 0606 P12 - Mar 2023 - Q4 - 8 marksSolving logarithmic equations · 2023
- 0606 P12 - Mar 2023 - Q5 - 11 marksFinding relationships from data · 2023
- 0606 P12 - Mar 2023 - Q6 - 8 marksDifferentiation reversed · 2023
- 0606 P12 - Mar 2023 - Q7 - 6 marksPermutations · 2023
- 0606 P12 - Mar 2023 - Q8 - 11 marksArea of regions bounded by a line and a curve · 2023
- 0606 P12 - Mar 2023 - Q9 - 8 marksConstant velocity problems · 2023
- 0606 P12 - Mar 2023 - Q10 - 9 marksTrigonometric equations · 2023
- 0606 P22 - Mar 2023 - Q1 - 3 marksGraphs of trigonometric functions · 2023
- 0606 P22 - Mar 2023 - Q2 - 4 marksSolving more complex quadratic equations · 2023
- 0606 P22 - Mar 2023 - Q3 - 4 marksSolving modulus inequalities · 2023
- 0606 P22 - Mar 2023 - Q4 - 4 marksIntegration of sine and cosine functions · 2023
- 0606 P22 - Mar 2023 - Q5 - 6 marksCubic expressions and equations · 2023
- 0606 P22 - Mar 2023 - Q6 - 11 marksFurther arithmetic and geometric series · 2023
- 0606 P22 - Mar 2023 - Q7 - 9 marksSmall increments and approximations · 2023
- 0606 P22 - Mar 2023 - Q8 - 13 marksThe graph of a function and its inverse · 2023
- 0606 P22 - Mar 2023 - Q9 - 7 marksArea of a sector · 2023
- 0606 P22 - Mar 2023 - Q10 - 10 marksApplications of integration in kinematics · 2023
- 0606 P22 - Mar 2023 - Q11 - 9 marksTangents and normals · 2023
- 0606 P11 - Nov 2023 - Q1 - 3 marksGraphs of trigonometric functions · 2023
- 0606 P11 - Nov 2023 - Q2 - 8 marksThe remainder theorem · 2023
- 0606 P11 - Nov 2023 - Q3 - 5 marksPosition vectors · 2023
- 0606 P11 - Nov 2023 - Q4 - 9 marksFinding relationships from data · 2023
- 0606 P11 - Nov 2023 - Q5 - 7 marksPermutations · 2023
- 0606 P11 - Nov 2023 - Q6 - 8 marksSolving logarithmic equations · 2023
- 0606 P11 - Nov 2023 - Q7 - 10 marksStationary points · 2023
- 0606 P11 - Nov 2023 - Q8 - 10 marksTangents and normals · 2023
- 0606 P11 - Nov 2023 - Q9 - 12 marksFurther arithmetic and geometric series · 2023
- 0606 P11 - Nov 2023 - Q10 - 8 marksSmall increments and approximations · 2023
- 0606 P12 - Nov 2023 - Q1 - 5 marksSolving cubic inequalities graphically · 2023
- 0606 P12 - Nov 2023 - Q2 - 5 marksGraphs of trigonometric functions · 2023
- 0606 P12 - Nov 2023 - Q3 - 5 marksFinding relationships from data · 2023
- 0606 P12 - Nov 2023 - Q4 - 7 marksThe binomial theorem · 2023
- 0606 P12 - Nov 2023 - Q5 - 5 marksFurther trigonometric equations · 2023
- 0606 P12 - Nov 2023 - Q6 - 10 marksThe remainder theorem · 2023
- 0606 P12 - Nov 2023 - Q7 - 8 marksCombinations · 2023
- 0606 P12 - Nov 2023 - Q8 - 9 marksThe graph of a function and its inverse · 2023
- 0606 P12 - Nov 2023 - Q9 - 4 marksSolving more complex quadratic equations · 2023
- 0606 P12 - Nov 2023 - Q10 - 7 marksArea of a sector · 2023
- 0606 P12 - Nov 2023 - Q11 - 9 marksVector geometry · 2023
- 0606 P12 - Nov 2023 - Q12 - 6 marksThe quotient rule · 2023
- 0606 P13 - Nov 2023 - Q1 - 6 marksSolving modulus inequalities · 2023
- 0606 P13 - Nov 2023 - Q2 - 4 marksParallel and perpendicular lines · 2023
- 0606 P13 - Nov 2023 - Q3 - 4 marksGraphs of trigonometric functions · 2023
- 0606 P13 - Nov 2023 - Q4 - 8 marksThe remainder theorem · 2023
- 0606 P13 - Nov 2023 - Q5 - 10 marksCombinations · 2023
- 0606 P13 - Nov 2023 - Q6 - 10 marksStationary points · 2023
- 0606 P13 - Nov 2023 - Q7 - 4 marksSolving more complex quadratic equations · 2023
- 0606 P13 - Nov 2023 - Q8 - 6 marksThe binomial theorem · 2023
- 0606 P13 - Nov 2023 - Q9 - 5 marksThe quotient rule · 2023
- 0606 P13 - Nov 2023 - Q10 - 9 marksArea of a sector · 2023
- 0606 P13 - Nov 2023 - Q11 - 9 marksVector geometry · 2023
- 0606 P13 - Nov 2023 - Q12 - 5 marksFurther trigonometric equations · 2023
- 0606 P21 - Nov 2023 - Q1 - 9 marksMaximum and minimum values of a quadratic function · 2023
- 0606 P21 - Nov 2023 - Q2 - 4 marksSolving logarithmic equations · 2023
- 0606 P21 - Nov 2023 - Q3 - 6 marksIntegration of functions of the form 1/x and 1/(ax + b) · 2023
- 0606 P21 - Nov 2023 - Q4 - 7 marksThe binomial theorem · 2023
- 0606 P21 - Nov 2023 - Q5 - 6 marksTangents and normals · 2023
- 0606 P21 - Nov 2023 - Q6 - 6 marksIntersection of a line and a curve · 2023
- 0606 P21 - Nov 2023 - Q7 - 10 marksApplications of integration in kinematics · 2023
- 0606 P21 - Nov 2023 - Q8 - 7 marksSolving more complex quadratic equations · 2023
- 0606 P21 - Nov 2023 - Q9 - 7 marksInverse functions · 2023
- 0606 P21 - Nov 2023 - Q10 - 9 marksArea of a sector · 2023
- 0606 P21 - Nov 2023 - Q11 - 9 marksFurther trigonometric identities · 2023
- 0606 P22 - Nov 2023 - Q1 - 7 marksEquations of straight lines · 2023
- 0606 P22 - Nov 2023 - Q2 - 5 marksIntersection of a line and a curve · 2023
- 0606 P22 - Nov 2023 - Q3 - 4 marksAngles between 0 and 90 degrees · 2023
- 0606 P22 - Nov 2023 - Q4 - 9 marksSolving logarithmic equations · 2023
- 0606 P22 - Nov 2023 - Q5 - 10 marksTangents and normals · 2023
- 0606 P22 - Nov 2023 - Q6 - 6 marksDefinite integration · 2023
- 0606 P22 - Nov 2023 - Q7 - 9 marksApplications of differentiation in kinematics · 2023
- 0606 P22 - Nov 2023 - Q8 - 10 marksDerivatives of trigonometric functions · 2023
- 0606 P22 - Nov 2023 - Q9 - 10 marksFurther arithmetic and geometric series · 2023
- 0606 P22 - Nov 2023 - Q10 - 10 marksFurther trigonometric identities · 2023
- 0606 P23 - Nov 2023 - Q1 - 6 marksComposite functions · 2023
- 0606 P23 - Nov 2023 - Q2 - 4 marksRoots of quadratic equations · 2023
- 0606 P23 - Nov 2023 - Q3 - 9 marksSolving logarithmic equations · 2023
- 0606 P23 - Nov 2023 - Q4 - 6 marksDefinite integration · 2023
- 0606 P23 - Nov 2023 - Q5 - 8 marksPractical maximum and minimum problems · 2023
- 0606 P23 - Nov 2023 - Q6 - 9 marksApplications of differentiation in kinematics · 2023
- 0606 P23 - Nov 2023 - Q7 - 7 marksTrigonometric ratios of general angles · 2023
- 0606 P23 - Nov 2023 - Q8 - 10 marksFurther trigonometric identities · 2023
- 0606 P23 - Nov 2023 - Q9 - 11 marksDerivatives of exponential functions · 2023
- 0606 P23 - Nov 2023 - Q10 - 10 marksFurther arithmetic and geometric series · 2023
- 0606 P11 - Jun 2022 - Q1 - 3 marksThe laws of logarithms · 2022
- 0606 P11 - Jun 2022 - Q2 - 5 marksApplications of differentiation in kinematics · 2022
- 0606 P11 - Jun 2022 - Q3 - 10 marksSolving logarithmic equations · 2022
- 0606 P11 - Jun 2022 - Q4 - 10 marksSketching graphs of cubic polynomials and their moduli · 2022
- 0606 P11 - Jun 2022 - Q5 - 5 marksFurther vector notation · 2022
- 0606 P11 - Jun 2022 - Q6 - 10 marksFurther trigonometric identities · 2022
- 0606 P11 - Jun 2022 - Q7 - 9 marksFurther arithmetic and geometric series · 2022
- 0606 P11 - Jun 2022 - Q8 - 9 marksTrigonometric ratios of general angles · 2022
- 0606 P11 - Jun 2022 - Q9 - 9 marksCircular measure · 2022
- 0606 P11 - Jun 2022 - Q10 - 10 marksTangents and normals · 2022
- 0606 P12 - Jun 2022 - Q1 - 3 marksGraphs of trigonometric functions · 2022
- 0606 P12 - Jun 2022 - Q2 - 4 marksTrigonometric ratios of general angles · 2022
- 0606 P12 - Jun 2022 - Q3 - 7 marksConverting from a non-linear equation to linear form · 2022
- 0606 P12 - Jun 2022 - Q4 - 5 marksFurther vector notation · 2022
- 0606 P12 - Jun 2022 - Q5 - 8 marksThe binomial theorem · 2022
- 0606 P12 - Jun 2022 - Q6 - 7 marksThe factor theorem · 2022
- 0606 P12 - Jun 2022 - Q7 - 8 marksFurther indefinite integration · 2022
- 0606 P12 - Jun 2022 - Q8 - 7 marksCombinations · 2022
- 0606 P12 - Jun 2022 - Q9 - 9 marksTangents and normals · 2022
- 0606 P12 - Jun 2022 - Q10 - 11 marksSolving logarithmic equations · 2022
- 0606 P12 - Jun 2022 - Q11 - 11 marksApplications of differentiation in kinematics · 2022
- 0606 P13 - Jun 2022 - Q1 - 6 marksThe binomial theorem · 2022
- 0606 P13 - Jun 2022 - Q2 - 7 marksArea of a sector · 2022
- 0606 P13 - Jun 2022 - Q3 - 8 marksSolving exponential equations · 2022
- 0606 P13 - Jun 2022 - Q4 - 6 marksConverting from a non-linear equation to linear form · 2022
- 0606 P13 - Jun 2022 - Q5 - 8 marksApplications of integration in kinematics · 2022
- 0606 P13 - Jun 2022 - Q6 - 10 marksComposite functions · 2022
- 0606 P13 - Jun 2022 - Q7 - 9 marksSmall increments and approximations · 2022
- 0606 P13 - Jun 2022 - Q8 - 10 marksCombinations · 2022
- 0606 P13 - Jun 2022 - Q9 - 8 marksFurther trigonometric equations · 2022
- 0606 P13 - Jun 2022 - Q10 - 8 marksFurther definite integration · 2022
- 0606 P21 - Jun 2022 - Q1 - 5 marksSolving more complex quadratic equations · 2022
- 0606 P21 - Jun 2022 - Q2 - 6 marksSolving logarithmic equations · 2022
- 0606 P21 - Jun 2022 - Q3 - 4 marksConverting from a non-linear equation to linear form · 2022
- 0606 P21 - Jun 2022 - Q4 - 6 marksThe remainder theorem · 2022
- 0606 P21 - Jun 2022 - Q5 - 7 marksThe binomial theorem · 2022
- 0606 P21 - Jun 2022 - Q6 - 14 marksCombinations · 2022
- 0606 P21 - Jun 2022 - Q7 - 6 marksSmall increments and approximations · 2022
- 0606 P21 - Jun 2022 - Q8 - 7 marksConstant velocity problems · 2022
- 0606 P21 - Jun 2022 - Q9 - 8 marksRates of change · 2022
- 0606 P21 - Jun 2022 - Q10 - 10 marksFurther indefinite integration · 2022
- 0606 P21 - Jun 2022 - Q11 - 7 marksArea of regions bounded by a line and a curve · 2022
- 0606 P22 - Jun 2022 - Q1 - 3 marksDefinition of a function · 2022
- 0606 P22 - Jun 2022 - Q2 - 5 marksGraphs of y = |f(x)| where f(x) is linear · 2022
- 0606 P22 - Jun 2022 - Q3 - 5 marksRoots of quadratic equations · 2022
- 0606 P22 - Jun 2022 - Q4 - 5 marksSmall increments and approximations · 2022
- 0606 P22 - Jun 2022 - Q5 - 5 marksSolving exponential equations · 2022
- 0606 P22 - Jun 2022 - Q6 - 7 marksFurther vector notation · 2022
- 0606 P22 - Jun 2022 - Q7 - 4 marksThe quotient rule · 2022
- 0606 P22 - Jun 2022 - Q8 - 10 marksDerivatives of trigonometric functions · 2022
- 0606 P22 - Jun 2022 - Q9 - 7 marksArea of a sector · 2022
- 0606 P22 - Jun 2022 - Q10 - 13 marksFurther arithmetic and geometric series · 2022
- 0606 P22 - Jun 2022 - Q11 - 9 marksArea of regions bounded by a line and a curve · 2022
- 0606 P22 - Jun 2022 - Q12 - 7 marksFurther indefinite integration · 2022
- 0606 P23 - Jun 2022 - Q1 - 3 marksSolving equations of the type |ax + b| = |cx + d| · 2022
- 0606 P23 - Jun 2022 - Q2 - 4 marksDefinition of a function · 2022
- 0606 P23 - Jun 2022 - Q3 - 5 marksParallel and perpendicular lines · 2022
- 0606 P23 - Jun 2022 - Q4 - 5 marksRoots of quadratic equations · 2022
- 0606 P23 - Jun 2022 - Q5 - 5 marksGraphs of trigonometric functions · 2022
- 0606 P23 - Jun 2022 - Q6 - 8 marksThe factor theorem · 2022
- 0606 P23 - Jun 2022 - Q7 - 7 marksThe laws of logarithms · 2022
- 0606 P23 - Jun 2022 - Q8 - 6 marksIntegration of exponential functions · 2022
- 0606 P23 - Jun 2022 - Q9 - 6 marksPosition vectors · 2022
- 0606 P23 - Jun 2022 - Q10 - 10 marksArea of regions bounded by a line and a curve · 2022
- 0606 P23 - Jun 2022 - Q11 - 13 marksFurther arithmetic and geometric series · 2022
- 0606 P23 - Jun 2022 - Q12 - 8 marksPractical maximum and minimum problems · 2022
- 0606 P12 - Mar 2022 - Q1 - 5 marksRoots of quadratic equations · 2022
- 0606 P12 - Mar 2022 - Q2 - 6 marksSolving more complex quadratic equations · 2022
- 0606 P12 - Mar 2022 - Q3 - 8 marksGraphs of trigonometric functions · 2022
- 0606 P12 - Mar 2022 - Q4 - 6 marksFurther definite integration · 2022
- 0606 P12 - Mar 2022 - Q5 - 7 marksThe quotient rule · 2022
- 0606 P12 - Mar 2022 - Q6 - 8 marksTangents and normals · 2022
- 0606 P12 - Mar 2022 - Q7 - 8 marksSecond derivatives · 2022
- 0606 P12 - Mar 2022 - Q8 - 8 marksConstant velocity problems · 2022
- 0606 P12 - Mar 2022 - Q9 - 12 marksThe graph of a function and its inverse · 2022
- 0606 P12 - Mar 2022 - Q10 - 12 marksFurther arithmetic and geometric series · 2022
- 0606 P22 - Mar 2022 - Q1 - 3 marksParallel and perpendicular lines · 2022
- 0606 P22 - Mar 2022 - Q2 - 3 marksSolving logarithmic equations · 2022
- 0606 P22 - Mar 2022 - Q3 - 5 marksArrangements · 2022
- 0606 P22 - Mar 2022 - Q4 - 5 marksSolving more complex quadratic equations · 2022
- 0606 P22 - Mar 2022 - Q5 - 7 marksCubic expressions and equations · 2022
- 0606 P22 - Mar 2022 - Q6 - 6 marksThe binomial theorem · 2022
- 0606 P22 - Mar 2022 - Q7 - 10 marksFurther trigonometric equations · 2022
- 0606 P22 - Mar 2022 - Q8 - 7 marksArea of a sector · 2022
- 0606 P22 - Mar 2022 - Q9 - 12 marksApplications of integration in kinematics · 2022
- 0606 P22 - Mar 2022 - Q10 - 8 marksPosition vectors · 2022
- 0606 P22 - Mar 2022 - Q11 - 7 marksArea of regions bounded by a line and a curve · 2022
- 0606 P22 - Mar 2022 - Q12 - 7 marksPractical maximum and minimum problems · 2022
- 0606 P11 - Nov 2022 - Q1 - 6 marksGraphs of y = |f(x)| where f(x) is linear · 2022
- 0606 P11 - Nov 2022 - Q2 - 5 marksGraphs of trigonometric functions · 2022
- 0606 P11 - Nov 2022 - Q3 - 4 marksConverting from linear form to a non-linear equation · 2022
- 0606 P11 - Nov 2022 - Q4 - 6 marksSolving more complex quadratic equations · 2022
- 0606 P11 - Nov 2022 - Q5 - 6 marksArithmetic progressions · 2022
- 0606 P11 - Nov 2022 - Q6 - 7 marksThe binomial theorem · 2022
- 0606 P11 - Nov 2022 - Q7 - 6 marksArea of a sector · 2022
- 0606 P11 - Nov 2022 - Q8 - 5 marksIntegration of functions of the form 1/x and 1/(ax + b) · 2022
- 0606 P11 - Nov 2022 - Q9 - 5 marksChange of base of logarithms · 2022
- 0606 P11 - Nov 2022 - Q10 - 3 marksCombinations · 2022
- 0606 P11 - Nov 2022 - Q11 - 10 marksVector geometry · 2022
- 0606 P11 - Nov 2022 - Q12 - 9 marksFurther trigonometric identities · 2022
- 0606 P11 - Nov 2022 - Q13 - 8 marksDifferentiation reversed · 2022
- 0606 P12 - Nov 2022 - Q1 - 3 marksGraphs of trigonometric functions · 2022
- 0606 P12 - Nov 2022 - Q2 - 8 marksGraphs of y = |f(x)| where f(x) is quadratic · 2022
- 0606 P12 - Nov 2022 - Q3 - 4 marksAdding, subtracting and multiplying polynomials · 2022
- 0606 P12 - Nov 2022 - Q4 - 5 marksTrigonometric equations · 2022
- 0606 P12 - Nov 2022 - Q5 - 8 marksVector geometry · 2022
- 0606 P12 - Nov 2022 - Q6 - 3 marksCombinations · 2022
- 0606 P12 - Nov 2022 - Q7 - 7 marksArea of a sector · 2022
- 0606 P12 - Nov 2022 - Q8 - 10 marksThe inverse of logarithmic and exponential functions · 2022
- 0606 P12 - Nov 2022 - Q9 - 9 marksIntegration of functions of the form 1/x and 1/(ax + b) · 2022
- 0606 P12 - Nov 2022 - Q10 - 8 marksArithmetic progressions · 2022
- 0606 P12 - Nov 2022 - Q11 - 6 marksApplications of differentiation in kinematics · 2022
- 0606 P12 - Nov 2022 - Q12 - 9 marksThe binomial theorem · 2022
- 0606 P13 - Nov 2022 - Q1 - 3 marksGraphs of trigonometric functions · 2022
- 0606 P13 - Nov 2022 - Q2 - 8 marksGraphs of y = |f(x)| where f(x) is quadratic · 2022
- 0606 P13 - Nov 2022 - Q3 - 7 marksSolving logarithmic equations · 2022
- 0606 P13 - Nov 2022 - Q4 - 7 marksThe factor theorem · 2022
- 0606 P13 - Nov 2022 - Q5 - 7 marksInfinite geometric series · 2022
- 0606 P13 - Nov 2022 - Q6 - 7 marksThe inverse of logarithmic and exponential functions · 2022
- 0606 P13 - Nov 2022 - Q7 - 5 marksIntegration of sine and cosine functions · 2022
- 0606 P13 - Nov 2022 - Q8 - 7 marksArea of a sector · 2022
- 0606 P13 - Nov 2022 - Q9 - 4 marksArrangements · 2022
- 0606 P13 - Nov 2022 - Q10 - 5 marksTrigonometric equations · 2022
- 0606 P13 - Nov 2022 - Q11 - 6 marksIntegration of functions of the form 1/x and 1/(ax + b) · 2022
- 0606 P13 - Nov 2022 - Q12 - 7 marksSmall increments and approximations · 2022
- 0606 P13 - Nov 2022 - Q13 - 7 marksEquations of straight lines · 2022
- 0606 P21 - Nov 2022 - Q1 - 5 marksSimultaneous equations (one linear and one non-linear) · 2022
- 0606 P21 - Nov 2022 - Q2 - 5 marksIntersection of a line and a curve · 2022
- 0606 P21 - Nov 2022 - Q3 - 8 marksTangents and normals · 2022
- 0606 P21 - Nov 2022 - Q4 - 7 marksSolving exponential equations · 2022
- 0606 P21 - Nov 2022 - Q5 - 6 marksDerivatives of trigonometric functions · 2022
- 0606 P21 - Nov 2022 - Q6 - 9 marksMaximum and minimum values of a quadratic function · 2022
- 0606 P21 - Nov 2022 - Q7 - 6 marksInfinite geometric series · 2022
- 0606 P21 - Nov 2022 - Q8 - 10 marksIntegration of sine and cosine functions · 2022
- 0606 P21 - Nov 2022 - Q9 - 10 marksComposite functions · 2022
- 0606 P21 - Nov 2022 - Q10 - 8 marksApplications of integration in kinematics · 2022
- 0606 P21 - Nov 2022 - Q11 - 6 marksArrangements · 2022
- 0606 P22 - Nov 2022 - Q1 - 5 marksSimultaneous equations (one linear and one non-linear) · 2022
- 0606 P22 - Nov 2022 - Q2 - 4 marksSolving exponential equations · 2022
- 0606 P22 - Nov 2022 - Q3 - 6 marksTangents and normals · 2022
- 0606 P22 - Nov 2022 - Q4 - 5 marksSolving logarithmic equations · 2022
- 0606 P22 - Nov 2022 - Q5 - 5 marksIntersection of a line and a curve · 2022
- 0606 P22 - Nov 2022 - Q6 - 6 marksArrangements · 2022
- 0606 P22 - Nov 2022 - Q7 - 8 marksFurther trigonometric identities · 2022
- 0606 P22 - Nov 2022 - Q8 - 10 marksPractical maximum and minimum problems · 2022
- 0606 P22 - Nov 2022 - Q9 - 11 marksTrigonometric ratios of general angles · 2022
- 0606 P22 - Nov 2022 - Q10 - 8 marksGeometric progressions · 2022
- 0606 P22 - Nov 2022 - Q11 - 12 marksEquations of straight lines · 2022
- 0606 P23 - Nov 2022 - Q1 - 5 marksQuadratic inequalities · 2022
- 0606 P23 - Nov 2022 - Q2 - 5 marksTangents and normals · 2022
- 0606 P23 - Nov 2022 - Q3 - 5 marksSolving logarithmic equations · 2022
- 0606 P23 - Nov 2022 - Q4 - 6 marksIntersection of a line and a curve · 2022
- 0606 P23 - Nov 2022 - Q5 - 8 marksFurther trigonometric identities · 2022
- 0606 P23 - Nov 2022 - Q6 - 6 marksThe binomial theorem · 2022
- 0606 P23 - Nov 2022 - Q7 - 5 marksCombinations · 2022
- 0606 P23 - Nov 2022 - Q8 - 10 marksConstant velocity problems · 2022
- 0606 P23 - Nov 2022 - Q9 - 10 marksFurther indefinite integration · 2022
- 0606 P23 - Nov 2022 - Q10 - 9 marksArithmetic progressions · 2022
- 0606 P23 - Nov 2022 - Q11 - 11 marksVector geometry · 2022
- 0606 P11 - Jun 2021 - Q1 - 5 marksSolving cubic inequalities graphically · 2021
- 0606 P11 - Jun 2021 - Q2 - 5 marksDefinite integration · 2021
- 0606 P11 - Jun 2021 - Q3 - 8 marksThe remainder theorem · 2021
- 0606 P11 - Jun 2021 - Q4 - 8 marksThe binomial theorem · 2021
- 0606 P11 - Jun 2021 - Q5 - 7 marksComposite functions · 2021
- 0606 P11 - Jun 2021 - Q6 - 9 marksCombinations · 2021
- 0606 P11 - Jun 2021 - Q7 - 9 marksApplications of integration in kinematics · 2021
- 0606 P11 - Jun 2021 - Q8 - 8 marksStationary points · 2021
- 0606 P11 - Jun 2021 - Q9 - 10 marksFurther trigonometric equations · 2021
- 0606 P11 - Jun 2021 - Q10 - 11 marksArea of a sector · 2021
- 0606 P12 - Jun 2021 - Q1 - 3 marksSolving exponential equations · 2021
- 0606 P12 - Jun 2021 - Q2 - 5 marksSolving modulus inequalities · 2021
- 0606 P12 - Jun 2021 - Q3 - 5 marksVector geometry · 2021
- 0606 P12 - Jun 2021 - Q4 - 6 marksIntegration of functions of the form (ax + b)^n · 2021
- 0606 P12 - Jun 2021 - Q5 - 8 marksSolving logarithmic equations · 2021
- 0606 P12 - Jun 2021 - Q6 - 7 marksStationary points · 2021
- 0606 P12 - Jun 2021 - Q7 - 8 marksCombinations · 2021
- 0606 P12 - Jun 2021 - Q8 - 9 marksFinding relationships from data · 2021
- 0606 P12 - Jun 2021 - Q9 - 10 marksFurther arithmetic and geometric series · 2021
- 0606 P12 - Jun 2021 - Q10 - 12 marksFurther trigonometric identities · 2021
- 0606 P12 - Jun 2021 - Q11 - 7 marksTangents and normals · 2021
- 0606 P13 - Jun 2021 - Q1 - 4 marksRoots of quadratic equations · 2021
- 0606 P13 - Jun 2021 - Q2 - 8 marksFurther definite integration · 2021
- 0606 P13 - Jun 2021 - Q3 - 5 marksFurther trigonometric equations · 2021
- 0606 P13 - Jun 2021 - Q4 - 6 marksThe binomial theorem · 2021
- 0606 P13 - Jun 2021 - Q5 - 5 marksFinding relationships from data · 2021
- 0606 P13 - Jun 2021 - Q6 - 6 marksArea of a sector · 2021
- 0606 P13 - Jun 2021 - Q7 - 8 marksCombinations · 2021
- 0606 P13 - Jun 2021 - Q8 - 7 marksGraphs of trigonometric functions · 2021
- 0606 P13 - Jun 2021 - Q9 - 10 marksSketching graphs of cubic polynomials and their moduli · 2021
- 0606 P13 - Jun 2021 - Q10 - 9 marksVector geometry · 2021
- 0606 P13 - Jun 2021 - Q11 - 12 marksParallel and perpendicular lines · 2021
- 0606 P21 - Jun 2021 - Q1 - 3 marksMaximum and minimum values of a quadratic function · 2021
- 0606 P21 - Jun 2021 - Q2 - 4 marksFinding relationships from data · 2021
- 0606 P21 - Jun 2021 - Q3 - 6 marksSolving modulus inequalities · 2021
- 0606 P21 - Jun 2021 - Q4 - 5 marksGraphs of trigonometric functions · 2021
- 0606 P21 - Jun 2021 - Q5 - 8 marksProblems involving intersection of lines and circles · 2021
- 0606 P21 - Jun 2021 - Q6 - 6 marksSmall increments and approximations · 2021
- 0606 P21 - Jun 2021 - Q7 - 6 marksRoots of quadratic equations · 2021
- 0606 P21 - Jun 2021 - Q8 - 8 marksSolving logarithmic equations · 2021
- 0606 P21 - Jun 2021 - Q9 - 7 marksIntegration of sine and cosine functions · 2021
- 0606 P21 - Jun 2021 - Q10 - 8 marksFurther vector notation · 2021
- 0606 P21 - Jun 2021 - Q11 - 10 marksFurther arithmetic and geometric series · 2021
- 0606 P21 - Jun 2021 - Q12 - 9 marksArea of regions bounded by a line and a curve · 2021
- 0606 P22 - Jun 2021 - Q1 - 2 marksThe binomial theorem · 2021
- 0606 P22 - Jun 2021 - Q2 - 3 marksSketching graphs of cubic polynomials and their moduli · 2021
- 0606 P22 - Jun 2021 - Q3 - 5 marksRoots of quadratic equations · 2021
- 0606 P22 - Jun 2021 - Q4 - 6 marksThe remainder theorem · 2021
- 0606 P22 - Jun 2021 - Q5 - 5 marksGraphs of trigonometric functions · 2021
- 0606 P22 - Jun 2021 - Q6 - 8 marksParallel and perpendicular lines · 2021
- 0606 P22 - Jun 2021 - Q7 - 6 marksArea of a sector · 2021
- 0606 P22 - Jun 2021 - Q8 - 8 marksApplications of integration in kinematics · 2021
- 0606 P22 - Jun 2021 - Q9 - 6 marksSimultaneous equations (one linear and one non-linear) · 2021
- 0606 P22 - Jun 2021 - Q10 - 8 marksFurther definite integration · 2021
- 0606 P22 - Jun 2021 - Q11 - 8 marksPractical maximum and minimum problems · 2021
- 0606 P22 - Jun 2021 - Q12 - 8 marksArea of regions bounded by a line and a curve · 2021
- 0606 P22 - Jun 2021 - Q13 - 7 marksInverse functions · 2021
- 0606 P23 - Jun 2021 - Q1 - 3 marksAdding, subtracting and multiplying polynomials · 2021
- 0606 P23 - Jun 2021 - Q2 - 4 marksSolving exponential equations · 2021
- 0606 P23 - Jun 2021 - Q3 - 7 marksSolving logarithmic equations · 2021
- 0606 P23 - Jun 2021 - Q4 - 4 marksSmall increments and approximations · 2021
- 0606 P23 - Jun 2021 - Q5 - 6 marksArea of regions bounded by a line and a curve · 2021
- 0606 P23 - Jun 2021 - Q6 - 5 marksCubic expressions and equations · 2021
- 0606 P23 - Jun 2021 - Q7 - 7 marksThe graphs of y = k e^(nx) + a and y = k ln(ax + b) · 2021
- 0606 P23 - Jun 2021 - Q8 - 8 marksFurther indefinite integration · 2021
- 0606 P23 - Jun 2021 - Q9 - 10 marksInverse functions · 2021
- 0606 P23 - Jun 2021 - Q10 - 8 marksPractical maximum and minimum problems · 2021
- 0606 P23 - Jun 2021 - Q11 - 10 marksFurther arithmetic and geometric series · 2021
- 0606 P23 - Jun 2021 - Q12 - 8 marksApplications of integration in kinematics · 2021
- 0606 P12 - Mar 2021 - Q1 - 4 marksSolving logarithmic equations · 2021
- 0606 P12 - Mar 2021 - Q2 - 3 marksGraphs of trigonometric functions · 2021
- 0606 P12 - Mar 2021 - Q3 - 6 marksParallel and perpendicular lines · 2021
- 0606 P12 - Mar 2021 - Q4 - 9 marksGraphs of y = |f(x)| where f(x) is quadratic · 2021
- 0606 P12 - Mar 2021 - Q5 - 7 marksConstant velocity problems · 2021
- 0606 P12 - Mar 2021 - Q6 - 11 marksFurther arithmetic and geometric series · 2021
- 0606 P12 - Mar 2021 - Q7 - 9 marksAngles between 0 and 90 degrees · 2021
- 0606 P12 - Mar 2021 - Q8 - 10 marksFurther trigonometric equations · 2021
- 0606 P12 - Mar 2021 - Q9 - 12 marksArea of regions bounded by a line and a curve · 2021
- 0606 P12 - Mar 2021 - Q10 - 9 marksThe quotient rule · 2021
- 0606 P22 - Mar 2021 - Q1 - 3 marksSolving equations of the type |ax + b| = |cx + d| · 2021
- 0606 P22 - Mar 2021 - Q2 - 4 marksRoots of quadratic equations · 2021
- 0606 P22 - Mar 2021 - Q3 - 5 marksSolving cubic inequalities graphically · 2021
- 0606 P22 - Mar 2021 - Q4 - 6 marksSimultaneous equations (one linear and one non-linear) · 2021
- 0606 P22 - Mar 2021 - Q5 - 6 marksRates of change · 2021
- 0606 P22 - Mar 2021 - Q6 - 6 marksArea of a sector · 2021
- 0606 P22 - Mar 2021 - Q7 - 8 marksTangents and normals · 2021
- 0606 P22 - Mar 2021 - Q8 - 9 marksPermutations · 2021
- 0606 P22 - Mar 2021 - Q9 - 8 marksThe binomial theorem · 2021
- 0606 P22 - Mar 2021 - Q10 - 8 marksInverse functions · 2021
- 0606 P22 - Mar 2021 - Q11 - 11 marksFurther indefinite integration · 2021
- 0606 P22 - Mar 2021 - Q12 - 6 marksApplications of integration in kinematics · 2021
- 0606 P11 - Nov 2021 - Q1 - 4 marksGraphs of trigonometric functions · 2021
- 0606 P11 - Nov 2021 - Q2 - 6 marksEquations of straight lines · 2021
- 0606 P11 - Nov 2021 - Q3 - 6 marksFurther vector notation · 2021
- 0606 P11 - Nov 2021 - Q4 - 7 marksSolving more complex quadratic equations · 2021
- 0606 P11 - Nov 2021 - Q5 - 7 marksThe remainder theorem · 2021
- 0606 P11 - Nov 2021 - Q6 - 7 marksIntegration of exponential functions · 2021
- 0606 P11 - Nov 2021 - Q7 - 7 marksThe binomial theorem · 2021
- 0606 P11 - Nov 2021 - Q8 - 7 marksArea of a sector · 2021
- 0606 P11 - Nov 2021 - Q9 - 9 marksSketching graphs of cubic polynomials and their moduli · 2021
- 0606 P11 - Nov 2021 - Q10 - 12 marksFurther arithmetic and geometric series · 2021
- 0606 P11 - Nov 2021 - Q11 - 8 marksFurther trigonometric equations · 2021
- 0606 P12 - Nov 2021 - Q1 - 4 marksSketching graphs of cubic polynomials and their moduli · 2021
- 0606 P12 - Nov 2021 - Q2 - 7 marksSolving exponential equations · 2021
- 0606 P12 - Nov 2021 - Q3 - 9 marksThe laws of logarithms · 2021
- 0606 P12 - Nov 2021 - Q4 - 4 marksTrigonometric equations · 2021
- 0606 P12 - Nov 2021 - Q5 - 3 marksGraphs of trigonometric functions · 2021
- 0606 P12 - Nov 2021 - Q6 - 9 marksThe factor theorem · 2021
- 0606 P12 - Nov 2021 - Q7 - 8 marksVector geometry · 2021
- 0606 P12 - Nov 2021 - Q8 - 7 marksCombinations · 2021
- 0606 P12 - Nov 2021 - Q9 - 9 marksArea of a sector · 2021
- 0606 P12 - Nov 2021 - Q10 - 8 marksArea of regions bounded by a line and a curve · 2021
- 0606 P12 - Nov 2021 - Q11 - 12 marksApplications of integration in kinematics · 2021
- 0606 P13 - Nov 2021 - Q1 - 3 marksSketching graphs of cubic polynomials and their moduli · 2021
- 0606 P13 - Nov 2021 - Q2 - 2 marksApplications of differentiation in kinematics · 2021
- 0606 P13 - Nov 2021 - Q3 - 5 marksTrigonometric equations · 2021
- 0606 P13 - Nov 2021 - Q4 - 6 marksThe binomial theorem · 2021
- 0606 P13 - Nov 2021 - Q5 - 6 marksGeometric progressions · 2021
- 0606 P13 - Nov 2021 - Q6 - 7 marksCombinations · 2021
- 0606 P13 - Nov 2021 - Q7 - 10 marksArea of a sector · 2021
- 0606 P13 - Nov 2021 - Q8 - 12 marksParallel and perpendicular lines · 2021
- 0606 P13 - Nov 2021 - Q9 - 10 marksFinding relationships from data · 2021
- 0606 P13 - Nov 2021 - Q10 - 9 marksDifferentiation reversed · 2021
- 0606 P13 - Nov 2021 - Q11 - 10 marksThe quotient rule · 2021
- 0606 P21 - Nov 2021 - Q1 - 3 marksQuadratic inequalities · 2021
- 0606 P21 - Nov 2021 - Q2 - 5 marksSimultaneous equations (one linear and one non-linear) · 2021
- 0606 P21 - Nov 2021 - Q3 - 9 marksTangents and normals · 2021
- 0606 P21 - Nov 2021 - Q4 - 5 marksSolving more complex quadratic equations · 2021
- 0606 P21 - Nov 2021 - Q5 - 7 marksDerivatives of trigonometric functions · 2021
- 0606 P21 - Nov 2021 - Q6 - 6 marksRoots of quadratic equations · 2021
- 0606 P21 - Nov 2021 - Q7 - 9 marksSolving logarithmic equations · 2021
- 0606 P21 - Nov 2021 - Q8 - 7 marksCombinations · 2021
- 0606 P21 - Nov 2021 - Q9 - 9 marksComposite functions · 2021
- 0606 P21 - Nov 2021 - Q10 - 9 marksArea under a curve · 2021
- 0606 P21 - Nov 2021 - Q11 - 11 marksPractical maximum and minimum problems · 2021
- 0606 P22 - Nov 2021 - Q1 - 6 marksGraphs of y = |f(x)| where f(x) is linear · 2021
- 0606 P22 - Nov 2021 - Q2 - 8 marksThe binomial theorem · 2021
- 0606 P22 - Nov 2021 - Q3 - 8 marksFurther trigonometric identities · 2021
- 0606 P22 - Nov 2021 - Q4 - 8 marksStationary points · 2021
- 0606 P22 - Nov 2021 - Q5 - 9 marksSolving exponential equations · 2021
- 0606 P22 - Nov 2021 - Q6 - 7 marksTrigonometric ratios of general angles · 2021
- 0606 P22 - Nov 2021 - Q7 - 6 marksDifferentiation reversed · 2021
- 0606 P22 - Nov 2021 - Q8 - 8 marksFinding relationships from data · 2021
- 0606 P22 - Nov 2021 - Q9 - 10 marksTangents and normals · 2021
- 0606 P22 - Nov 2021 - Q10 - 10 marksFurther arithmetic and geometric series · 2021
- 0606 P23 - Nov 2021 - Q1 - 6 marksGraphs of y = |f(x)| where f(x) is linear · 2021
- 0606 P23 - Nov 2021 - Q2 - 5 marksSimultaneous equations (one linear and one non-linear) · 2021
- 0606 P23 - Nov 2021 - Q3 - 5 marksGraphs of trigonometric functions · 2021
- 0606 P23 - Nov 2021 - Q4 - 8 marksSolving logarithmic equations · 2021
- 0606 P23 - Nov 2021 - Q5 - 8 marksFurther trigonometric identities · 2021
- 0606 P23 - Nov 2021 - Q6 - 7 marksTangents and normals · 2021
- 0606 P23 - Nov 2021 - Q7 - 8 marksFurther vector notation · 2021
- 0606 P23 - Nov 2021 - Q8 - 10 marksArea of regions bounded by a line and a curve · 2021
- 0606 P23 - Nov 2021 - Q9 - 12 marksArithmetic progressions · 2021
- 0606 P23 - Nov 2021 - Q10 - 11 marksThe factor theorem · 2021
- 0606 P11 - Jun 2020 - Q1 - 4 marksSolving cubic inequalities graphically · 2020
- 0606 P11 - Jun 2020 - Q2 - 4 marksGraphs of trigonometric functions · 2020
- 0606 P11 - Jun 2020 - Q3 - 4 marksRates of change · 2020
- 0606 P11 - Jun 2020 - Q4 - 5 marksRoots of quadratic equations · 2020
- 0606 P11 - Jun 2020 - Q5 - 6 marksTangents and normals · 2020
- 0606 P11 - Jun 2020 - Q6 - 8 marksParallel and perpendicular lines · 2020
- 0606 P11 - Jun 2020 - Q7 - 8 marksArea of a sector · 2020
- 0606 P11 - Jun 2020 - Q8 - 9 marksIntegration of functions of the form 1/x and 1/(ax + b) · 2020
- 0606 P11 - Jun 2020 - Q9 - 12 marksFurther arithmetic and geometric series · 2020
- 0606 P11 - Jun 2020 - Q10 - 12 marksFurther trigonometric identities · 2020
- 0606 P11 - Jun 2020 - Q11 - 8 marksDifferentiation reversed · 2020
- 0606 P12 - Jun 2020 - Q1 - 3 marksSketching graphs of cubic polynomials and their moduli · 2020
- 0606 P12 - Jun 2020 - Q2 - 4 marksRates of change · 2020
- 0606 P12 - Jun 2020 - Q3 - 6 marksThe binomial theorem · 2020
- 0606 P12 - Jun 2020 - Q4 - 10 marksPermutations · 2020
- 0606 P12 - Jun 2020 - Q5 - 9 marksInverse functions · 2020
- 0606 P12 - Jun 2020 - Q6 - 9 marksArea of regions bounded by a line and a curve · 2020
- 0606 P12 - Jun 2020 - Q7 - 10 marksStationary points · 2020
- 0606 P12 - Jun 2020 - Q8 - 10 marksPosition vectors · 2020
- 0606 P12 - Jun 2020 - Q9 - 12 marksApplications of integration in kinematics · 2020
- 0606 P12 - Jun 2020 - Q10 - 7 marksGraphs of trigonometric functions · 2020
- 0606 P13 - Jun 2020 - Q1 - 7 marksComposite functions · 2020
- 0606 P13 - Jun 2020 - Q2 - 7 marksSolving exponential equations · 2020
- 0606 P13 - Jun 2020 - Q3 - 7 marksApplications of integration in kinematics · 2020
- 0606 P13 - Jun 2020 - Q4 - 9 marksGraphs of y = |f(x)| where f(x) is quadratic · 2020
- 0606 P13 - Jun 2020 - Q5 - 8 marksThe factor theorem · 2020
- 0606 P13 - Jun 2020 - Q6 - 8 marksPosition vectors · 2020
- 0606 P13 - Jun 2020 - Q7 - 8 marksArea of a sector · 2020
- 0606 P13 - Jun 2020 - Q8 - 8 marksFurther arithmetic and geometric series · 2020
- 0606 P13 - Jun 2020 - Q9 - 8 marksArea of regions bounded by a line and a curve · 2020
- 0606 P13 - Jun 2020 - Q10 - 10 marksStationary points · 2020
- 0606 P21 - Jun 2020 - Q1 - 4 marksFinding relationships from data · 2020
- 0606 P21 - Jun 2020 - Q2 - 4 marksMaximum and minimum values of a quadratic function · 2020
- 0606 P21 - Jun 2020 - Q3 - 6 marksThe factor theorem · 2020
- 0606 P21 - Jun 2020 - Q4 - 4 marksCombinations · 2020
- 0606 P21 - Jun 2020 - Q5 - 5 marksFurther vector notation · 2020
- 0606 P21 - Jun 2020 - Q6 - 6 marksRoots of quadratic equations · 2020
- 0606 P21 - Jun 2020 - Q7 - 7 marksSolving exponential equations · 2020
- 0606 P21 - Jun 2020 - Q8 - 7 marksThe binomial theorem · 2020
- 0606 P21 - Jun 2020 - Q9 - 7 marksApplications of integration in kinematics · 2020
- 0606 P21 - Jun 2020 - Q10 - 7 marksArea of regions bounded by a line and a curve · 2020
- 0606 P21 - Jun 2020 - Q11 - 10 marksThe graph of a function and its inverse · 2020
- 0606 P21 - Jun 2020 - Q12 - 13 marksFurther applications of differentiation · 2020
- 0606 P22 - Jun 2020 - Q1 - 4 marksSmall increments and approximations · 2020
- 0606 P22 - Jun 2020 - Q2 - 5 marksDefinition of a function · 2020
- 0606 P22 - Jun 2020 - Q3 - 6 marksIntersection of a line and a curve · 2020
- 0606 P22 - Jun 2020 - Q4 - 5 marksCubic expressions and equations · 2020
- 0606 P22 - Jun 2020 - Q5 - 8 marksParallel and perpendicular lines · 2020
- 0606 P22 - Jun 2020 - Q6 - 7 marksTangents and normals · 2020
- 0606 P22 - Jun 2020 - Q7 - 9 marksFurther definite integration · 2020
- 0606 P22 - Jun 2020 - Q8 - 9 marksFurther trigonometric equations · 2020
- 0606 P22 - Jun 2020 - Q9 - 8 marksThe laws of logarithms · 2020
- 0606 P22 - Jun 2020 - Q10 - 11 marksFurther arithmetic and geometric series · 2020
- 0606 P22 - Jun 2020 - Q11 - 8 marksArea of a sector · 2020
- 0606 P23 - Jun 2020 - Q1 - 4 marksParallel and perpendicular lines · 2020
- 0606 P23 - Jun 2020 - Q2 - 5 marksRoots of quadratic equations · 2020
- 0606 P23 - Jun 2020 - Q3 - 4 marksSketching graphs of cubic polynomials and their moduli · 2020
- 0606 P23 - Jun 2020 - Q4 - 6 marksCombinations · 2020
- 0606 P23 - Jun 2020 - Q5 - 6 marksAdding, subtracting and multiplying polynomials · 2020
- 0606 P23 - Jun 2020 - Q6 - 5 marksGraphs of trigonometric functions · 2020
- 0606 P23 - Jun 2020 - Q7 - 8 marksFinding relationships from data · 2020
- 0606 P23 - Jun 2020 - Q8 - 8 marksSmall increments and approximations · 2020
- 0606 P23 - Jun 2020 - Q9 - 8 marksThe binomial theorem · 2020
- 0606 P23 - Jun 2020 - Q10 - 8 marksFurther trigonometric equations · 2020
- 0606 P23 - Jun 2020 - Q11 - 7 marksFurther applications of differentiation · 2020
- 0606 P23 - Jun 2020 - Q12 - 11 marksFurther definite integration · 2020
- 0606 P12 - Mar 2020 - Q1 - 5 marksSolving cubic inequalities graphically · 2020
- 0606 P12 - Mar 2020 - Q2 - 5 marksRoots of quadratic equations · 2020
- 0606 P12 - Mar 2020 - Q3 - 5 marksThe binomial theorem · 2020
- 0606 P12 - Mar 2020 - Q4 - 6 marksTangents and normals · 2020
- 0606 P12 - Mar 2020 - Q5 - 7 marksAngles between 0 and 90 degrees · 2020
- 0606 P12 - Mar 2020 - Q6 - 7 marksParallel and perpendicular lines · 2020
- 0606 P12 - Mar 2020 - Q7 - 9 marksThe factor theorem · 2020
- 0606 P12 - Mar 2020 - Q8 - 8 marksConstant velocity problems · 2020
- 0606 P12 - Mar 2020 - Q9 - 10 marksCombinations · 2020
- 0606 P12 - Mar 2020 - Q10 - 11 marksFurther trigonometric equations · 2020
- 0606 P12 - Mar 2020 - Q11 - 7 marksIntegration of functions of the form 1/x and 1/(ax + b) · 2020
- 0606 P22 - Mar 2020 - Q1 - 4 marksQuadratic inequalities · 2020
- 0606 P22 - Mar 2020 - Q2 - 4 marksFinding relationships from data · 2020
- 0606 P22 - Mar 2020 - Q3 - 4 marksSolving exponential equations · 2020
- 0606 P22 - Mar 2020 - Q4 - 5 marksPosition vectors · 2020
- 0606 P22 - Mar 2020 - Q5 - 6 marksGraphs of y = |f(x)| where f(x) is linear · 2020
- 0606 P22 - Mar 2020 - Q6 - 7 marksArea of a sector · 2020
- 0606 P22 - Mar 2020 - Q7 - 5 marksIntersection of a line and a curve · 2020
- 0606 P22 - Mar 2020 - Q8 - 6 marksGraphs of trigonometric functions · 2020
- 0606 P22 - Mar 2020 - Q9 - 6 marksSmall increments and approximations · 2020
- 0606 P22 - Mar 2020 - Q10 - 9 marksInverse functions · 2020
- 0606 P22 - Mar 2020 - Q11 - 8 marksPractical maximum and minimum problems · 2020
- 0606 P22 - Mar 2020 - Q12 - 6 marksApplications of integration in kinematics · 2020
- 0606 P22 - Mar 2020 - Q13 - 10 marksFurther arithmetic and geometric series · 2020
- 0606 P11 - Nov 2020 - Q1 - 3 marksCubic expressions and equations · 2020
- 0606 P11 - Nov 2020 - Q2 - 5 marksGraphs of trigonometric functions · 2020
- 0606 P11 - Nov 2020 - Q3 - 6 marksSolving more complex quadratic equations · 2020
- 0606 P11 - Nov 2020 - Q4 - 7 marksDerivatives of trigonometric functions · 2020
- 0606 P11 - Nov 2020 - Q5 - 8 marksCombinations · 2020
- 0606 P11 - Nov 2020 - Q6 - 7 marksConstant velocity problems · 2020
- 0606 P11 - Nov 2020 - Q7 - 9 marksThe inverse of logarithmic and exponential functions · 2020
- 0606 P11 - Nov 2020 - Q8 - 12 marksFurther trigonometric identities · 2020
- 0606 P11 - Nov 2020 - Q9 - 11 marksFurther definite integration · 2020
- 0606 P11 - Nov 2020 - Q10 - 12 marksFurther arithmetic and geometric series · 2020
- 0606 P12 - Nov 2020 - Q1 - 4 marksRoots of quadratic equations · 2020
- 0606 P12 - Nov 2020 - Q2 - 5 marksCubic expressions and equations · 2020
- 0606 P12 - Nov 2020 - Q3 - 5 marksGraphs of trigonometric functions · 2020
- 0606 P12 - Nov 2020 - Q4 - 6 marksArithmetic progressions · 2020
- 0606 P12 - Nov 2020 - Q5 - 5 marksThe binomial theorem · 2020
- 0606 P12 - Nov 2020 - Q6 - 5 marksThe graph of a function and its inverse · 2020
- 0606 P12 - Nov 2020 - Q7 - 7 marksDerivatives of logarithmic functions · 2020
- 0606 P12 - Nov 2020 - Q8 - 8 marksCombinations · 2020
- 0606 P12 - Nov 2020 - Q9 - 8 marksStationary points · 2020
- 0606 P12 - Nov 2020 - Q10 - 8 marksThe remainder theorem · 2020
- 0606 P12 - Nov 2020 - Q11 - 9 marksArea of a sector · 2020
- 0606 P12 - Nov 2020 - Q12 - 10 marksApplications of integration in kinematics · 2020
- 0606 P13 - Nov 2020 - Q1 - 5 marksSolving cubic inequalities graphically · 2020
- 0606 P13 - Nov 2020 - Q2 - 6 marksDerivatives of exponential functions · 2020
- 0606 P13 - Nov 2020 - Q3 - 7 marksThe inverse of logarithmic and exponential functions · 2020
- 0606 P13 - Nov 2020 - Q4 - 7 marksApplications of differentiation in kinematics · 2020
- 0606 P13 - Nov 2020 - Q5 - 5 marksThe binomial theorem · 2020
- 0606 P13 - Nov 2020 - Q6 - 8 marksConverting from a non-linear equation to linear form · 2020
- 0606 P13 - Nov 2020 - Q7 - 8 marksThe factor theorem · 2020
- 0606 P13 - Nov 2020 - Q8 - 8 marksArea of a sector · 2020
- 0606 P13 - Nov 2020 - Q9 - 9 marksVector geometry · 2020
- 0606 P13 - Nov 2020 - Q10 - 10 marksArea of regions bounded by a line and a curve · 2020
- 0606 P13 - Nov 2020 - Q11 - 7 marksFurther trigonometric equations · 2020
- 0606 P21 - Nov 2020 - Q1 - 3 marksQuadratic inequalities · 2020
- 0606 P21 - Nov 2020 - Q2 - 5 marksIntersection of a line and a curve · 2020
- 0606 P21 - Nov 2020 - Q3 - 3 marksThe laws of logarithms · 2020
- 0606 P21 - Nov 2020 - Q4 - 6 marksDerivatives of logarithmic functions · 2020
- 0606 P21 - Nov 2020 - Q5 - 7 marksThe binomial theorem · 2020
- 0606 P21 - Nov 2020 - Q6 - 5 marksAngles between 0 and 90 degrees · 2020
- 0606 P21 - Nov 2020 - Q7 - 6 marksThe factor theorem · 2020
- 0606 P21 - Nov 2020 - Q8 - 8 marksPractical applications of exponential equations · 2020
- 0606 P21 - Nov 2020 - Q9 - 8 marksApplications of differentiation in kinematics · 2020
- 0606 P21 - Nov 2020 - Q10 - 8 marksIntegration of functions of the form 1/x and 1/(ax + b) · 2020
- 0606 P21 - Nov 2020 - Q11 - 11 marksArea under a curve · 2020
- 0606 P21 - Nov 2020 - Q12 - 10 marksArea of a sector · 2020
- 0606 P22 - Nov 2020 - Q1 - 4 marksQuadratic inequalities · 2020
- 0606 P22 - Nov 2020 - Q2 - 4 marksSolving exponential equations · 2020
- 0606 P22 - Nov 2020 - Q3 - 8 marksParallel and perpendicular lines · 2020
- 0606 P22 - Nov 2020 - Q4 - 6 marksSolving logarithmic equations · 2020
- 0606 P22 - Nov 2020 - Q5 - 9 marksTangents and normals · 2020
- 0606 P22 - Nov 2020 - Q6 - 6 marksIntegration of functions of the form 1/x and 1/(ax + b) · 2020
- 0606 P22 - Nov 2020 - Q7 - 8 marksGeometric progressions · 2020
- 0606 P22 - Nov 2020 - Q8 - 8 marksAngles between 0 and 90 degrees · 2020
- 0606 P22 - Nov 2020 - Q9 - 9 marksVector geometry · 2020
- 0606 P22 - Nov 2020 - Q10 - 8 marksPractical applications of exponential equations · 2020
- 0606 P22 - Nov 2020 - Q11 - 10 marksTrigonometric identities · 2020
- 0606 P23 - Nov 2020 - Q1 - 3 marksSolving equations of the type |ax + b| = |cx + d| · 2020
- 0606 P23 - Nov 2020 - Q2 - 5 marksSimultaneous equations (one linear and one non-linear) · 2020
- 0606 P23 - Nov 2020 - Q3 - 4 marksRoots of quadratic equations · 2020
- 0606 P23 - Nov 2020 - Q4 - 9 marksDerivatives of logarithmic functions · 2020
- 0606 P23 - Nov 2020 - Q5 - 5 marksSolving exponential equations · 2020
- 0606 P23 - Nov 2020 - Q6 - 6 marksPermutations · 2020
- 0606 P23 - Nov 2020 - Q7 - 11 marksTangents and normals · 2020
- 0606 P23 - Nov 2020 - Q8 - 10 marksSolving logarithmic equations · 2020
- 0606 P23 - Nov 2020 - Q9 - 9 marksPractical maximum and minimum problems · 2020
- 0606 P23 - Nov 2020 - Q10 - 11 marksFurther arithmetic and geometric series · 2020
- 0606 P23 - Nov 2020 - Q11 - 7 marksRoots of quadratic equations · 2020