Set 4 — 2026 past papers

  1. 4.01: Tangent and cosine graphs
  2. 4.02: Trigonometric identities and equations
  3. 4.03: Trigonometric simplification
  4. 4.04: Cosine graph
  5. 4.05: Trigonometric identity
  6. 4.06: Trigonometric sketches
  7. 4.07: Cosine function and graph
  8. 4.08: Cosecant equation
  9. 4.09: Trigonometric equation
  10. 4.10: Trigonometric identity and equation
  11. 4.11: Trigonometric equation in radians

Set 3 — 2021–2025 past papers

  1. 3.107: Amplitude and period of cosine
  2. 3.108: Equilateral triangle and sec identity
  3. 3.109: Arrangements and letter selections
  4. 3.110: Sec identity and equation
  5. 3.111: Chord of intersection of line and curve
  6. 3.112: Sec/tan quadratic in a double angle
  7. 3.53: Modulus equation and sine graph sketch
  8. 3.54: Definite integral and reciprocal trig identity
  9. 3.55: Perpendicular bisector and triangle area
  10. 3.56: Small change for y=x2tan(x/2)y = x^{2}\tan(x/2)
  11. 3.57: Exponential function and inverse sketch
  12. 3.58: Composite function equation
  13. 3.59: Derivative of product and normal
  14. 3.60: Area between chord and curve
  15. 3.61: Sec/cosec and compound-angle equations
  16. 3.62: Binomial expansion coefficients
  17. 3.11: Cosine graph: find a, b and c
  18. 3.12: Completing the square and inverse of a quadratic
  19. 3.13: Tan given: cos, sin, sec + cot
  20. 3.14: Composite exponential function
  21. 3.15: Sin³ identity and triple-angle equation
  22. 3.95: Cosine graph parameters from diagram
  23. 3.96: Cosine curve through two points
  24. 3.97: Cot identity and derivative of tan
  25. 3.98: Stationary point and sketch
  26. 3.99: Sketch y=4+5sin2θy=4+5\sin 2\theta
  27. 3.100: Tan + cot equals sec cosec
  28. 3.101: Derivative of tan x − x and integral
  29. 3.102: Circular measure composite shape
  30. 3.103: Selections including Abby and Ben
  31. 3.104: Cot and cosec equation
  32. 3.105: Binomial terms equal
  33. 3.106: Sine equation and shaded area
  34. 3.37: Binomial then cosine graph
  35. 3.38: Cosine graph and sine tangent values
  36. 3.39: Cot–sin relation and sine equation
  37. 3.40: Kinematics with sine velocity
  38. 3.41: Sine graph: find a, b, c
  39. 3.42: Logarithm product
  40. 3.43: Derivative of tan squared
  41. 3.44: Sine graph: find a, b, c
  42. 3.45: Normal to a curve
  43. 3.46: Definite cosine integral and rational integral
  44. 3.47: Polynomial factors then sine equation
  45. 3.48: Tangent to an exponential curve
  46. 3.49: Sin–cot identity and tan equation
  47. 3.50: Binomial independent term and surd difference
  48. 3.51: Trigonometric function form, equation and gradient
  49. 3.52: Curve from second derivative involving cosine
  50. 3.9: Amplitude, period and sketch of cosine
  51. 3.10: Polynomial factors then cosec equation
  52. 3.84: Trigonometric graph parameters
  53. 3.85: Binomial expansion first four terms
  54. 3.86: Secant equation in radians
  55. 3.87: Perpendicular bisector through a point
  56. 3.88: Sketch y=23sinxy=2-3\sin x
  57. 3.89: Printed end-matter / continuation
  58. 3.90: Integral of rational function
  59. 3.91: Further trigonometry / calculus
  60. 3.92: Exact definite integral
  61. 3.93: Triangle with given angles (no calculator)
  62. 3.94: Tangent–sine identity
  63. 3.29: Triangles with exact trig ratios
  64. 3.30: Sec–cot identity and equation
  65. 3.31: Cosine graph: find a, b, c
  66. 3.32: Fractional powers and lg equation
  67. 3.33: Cot–sec relation and cosec equation
  68. 3.34: Cosine: sketch, amplitude, period
  69. 3.35: Area and integration
  70. 3.36: Sec function range, gf and inverse sketch
  71. 3.6: Sketch of y = 4|cos 2x|
  72. 3.7: Cosec–sec–tan simplifies to sine
  73. 3.8: Normal to sine curve and triangle OAB
  74. 3.71: Modulus graphs and inequality
  75. 3.72: Vectors in a triangle
  76. 3.73: Sine graph: find a, b, c
  77. 3.114: Solve 3sin2(2x+π/4)=cos2(2x+π/4)3\sin^{2}(2x+\pi/4)=\cos^{2}(2x+\pi/4)
  78. 3.74: Sketch y=43sin2xy=4-3\sin 2x
  79. 3.75: Exponential function range and inverse
  80. 3.76: Exact definite integral with trig
  81. 3.77: Trigonometric equation in radians
  82. 3.78: Exponential and logarithmic equations
  83. 3.79: Derivative of reciprocal cosine
  84. 3.80: Counting 4-digit codes
  85. 3.81: Cos/sin identity to cosec
  86. 3.82: Line intersecting cubic curve
  87. 3.83: Secant identity and equation
  88. 3.23: Normal to tan curve: midpoint of AB
  89. 3.113: Horizontal tangents and a tan–cos identity
  90. 3.24: Sine graph: find a, b, c
  91. 3.25: Cosec equation in radians
  92. 3.26: Cosec equation and y in terms of x
  93. 3.27: Exact curve value with surds
  94. 3.28: Tan graph: period and constants
  95. 3.2: Quadratic with surd coefficients
  96. 3.3: Sine curve constants and minimum
  97. 3.4: Normal to tan curve and triangle area
  98. 3.5: Sec–tan equation, identity and cot from cosec
  99. 3.63: Sine graph: period and constants
  100. 3.64: Horizontal tangents to a sine curve
  101. 3.65: Rationalising a surd expression
  102. 3.66: Derivative of tan squared
  103. 3.67: Binomial expansion and coefficient equation
  104. 3.68: Sec identity and equation
  105. 3.69: Triangle with surds: side, sine and height
  106. 3.70: Cosec identity and equation
  107. 3.16: Inequality and quadratic equation
  108. 3.17: Tangent graph: constants and sketch
  109. 3.18: Logarithmic equations and identities
  110. 3.19: Polynomial factor and remainder
  111. 3.20: Cosine: amplitude, period and sketch
  112. 3.21: Ln curve sketch and tangent
  113. 3.22: Integrals with sine and identity
  114. 3.1: Trapezium with surds: perimeter, area, tan and sec

Set 2

  1. 2.12: Exact tan 15° and Pythagoras
  2. 2.21: Exact triangle area and cosine rule
  3. 2.22: Sin–tan identity and sec–cot equation
  4. 2.17: Cotangent quadratic and fourth-power identity
  5. 2.26: Sine curve constants and tangent sketch
  6. 2.27: Sec–tan quadratic and sine equation
  7. 2.10: Cosine graph constants from sketch
  8. 2.11: Cubic in sin from sec–tan equation
  9. 2.20: Tan–sec sum identity and sine equation
  10. 2.31: Cosecant–cotangent over 1 − cos
  11. 2.32: Cotangent phase shift and mixed equation
  12. 2.33: Exact tan and hypotenuse with surds
  13. 2.5: Cosecant–cotangent identity and tan equation
  14. 2.16: Simplify tan over sec and solve
  15. 2.25: Sketch, period and amplitude of sine graph
  16. 2.8: Sec, cot and tan equation
  17. 2.9: Cosecant–cotangent identity and equation
  18. 2.19: Reciprocal sine identity and equation
  19. 2.30: Sine, sec–cosec and cot–tan equations
  20. 2.4: Quadratic in sin and tan–sin equation
  21. 2.15: Cosecant identity and equation
  22. 2.24: Quadratic in sin and tan–sin equation
  23. 2.7: Prove identity with reciprocal sine terms
  24. 2.29: Cosecant identity and mixed equations
  25. 2.2: Cosine curve properties and graph equation
  26. 2.3: Prove sec identity and solve modulus equation
  27. 2.14: Sine and secant quadratic equations
  28. 2.23: Modulus sine, tan and cot equations
  29. 2.6: Prove tan–cot identity and solve linear equation
  30. 2.18: Tan–cot identity and linear combination
  31. 2.28: Cosine rule with surds and area
  32. 2.1: Tangent curve constants and cosine graph
  33. 2.13: Quadratic in cos and cosecant equation

Set 1

  1. 1.8: Amplitude, period and sketch of a cosine graph
  2. 1.9: Cosec identity and compound-angle equation
  3. 1.21: Cosine graph: amplitude, period and sketch
  4. 1.33: Cosine–tangent to quadratic in sine
  5. 1.5: Period and sketch of a cosine graph
  6. 1.6: Secant identity and cosecant equation
  7. 1.15: Tangent equation and graph sketch
  8. 1.20: Cosine graph sketch, amplitude and period
  9. 1.32: Cosine graph sketch, amplitude and period
  10. 1.4: Amplitude, period and sketch of a sine graph
  11. 1.27: Secant identity and squared sine equation
  12. 1.18: Sine equation with a surd coefficient
  13. 1.19: Cosine curve from a graph
  14. 1.3: Sine curve: constants and sketch
  15. 1.12: Period and sketch of a tangent graph
  16. 1.13: Quadratic in sin and tan double-angle equation
  17. 1.14: Cosine rule with surd lengths
  18. 1.26: Sine curve: constants and sketch
  19. 1.7: Cosec–sin and tangent equations
  20. 1.16: Sine curve constants from amplitude and period
  21. 1.17: Cotangent equation and secant identity
  22. 1.30: Eliminating the parameter with sec and tan
  23. 1.31: Cosine curve constants from properties
  24. 1.2: Pythagorean identity with tan and sec
  25. 1.11: Cosec over cot plus tan identity
  26. 1.23: Amplitude and period of a cosine function
  27. 1.24: Sine graph sketch and modulus range
  28. 1.25: Tangent–sine identity and parametric elimination
  29. 1.28: Sketch of a modulus cosine graph
  30. 1.29: Cosecant identity and tangent equation
  31. 1.1: Factorising a trigonometric equation
  32. 1.10: Secant identity and solving in radians
  33. 1.22: Factorising a trigonometric equation