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Everything on these tabs is Optional Mathematics only, within SEE.
All SEE subjectsA full-length model paper in the SEE 2082 board paper's own shape — 10×1 + 8×2 + 11×3 + 4×4 = 75 marks over 33 questions in 3 hours, drawn from all six subject areas.
A full-length model paper in the SEE 2082 board paper's own shape — 10×1 + 8×2 + 11×3 + 4×4 = 75 marks over 33 questions in 3 hours, drawn from all six subject areas.
A full-length model paper in the SEE 2082 board paper's own shape — 10×1 + 8×2 + 11×3 + 4×4 = 75 marks over 33 questions in 3 hours, drawn from all six subject areas.
A full-length model paper in the SEE 2082 board paper's own shape — 10×1 + 8×2 + 11×3 + 4×4 = 75 marks over 33 questions in 3 hours, drawn from all six subject areas.
A full-length model paper in the SEE 2082 board paper's own shape — 10×1 + 8×2 + 11×3 + 4×4 = 75 marks over 33 questions in 3 hours, drawn from all six subject areas.
Focused practice on Algebra. It keeps the board paper's proportions at half length (36 marks) and covers one part of the syllabus — it is not a shortened full paper.
Focused practice on Trigonometry. It keeps the board paper's proportions at half length (36 marks) and covers one part of the syllabus — it is not a shortened full paper.
Focused practice on Geometry. It keeps the board paper's proportions at half length (36 marks) and covers one part of the syllabus — it is not a shortened full paper.
Focused practice on Vectors and Limits & Continuity. It keeps the board paper's proportions at half length (36 marks) and covers one part of the syllabus — it is not a shortened full paper.
Focused practice on Statistics. It keeps the board paper's proportions at half length (36 marks) and covers one part of the syllabus — it is not a shortened full paper.
Mixed practice across Algebra and Trigonometry. Cross-area practice is what the specification grid's interdisciplinary questions ask for.
Mixed practice across Geometry and Vectors. Cross-area practice is what the specification grid's interdisciplinary questions ask for.
Mixed practice across Statistics and Limits & Continuity. Cross-area practice is what the specification grid's interdisciplinary questions ask for.
Mixed practice across Algebra and Geometry. Cross-area practice is what the specification grid's interdisciplinary questions ask for.
Mixed practice across Trigonometry and Vectors. Cross-area practice is what the specification grid's interdisciplinary questions ask for.
Mixed practice across Algebra and Trigonometry and Geometry and Vectors and Statistics and Limits & Continuity. Cross-area practice is what the specification grid's interdisciplinary questions ask for.
Mixed practice across Algebra and Trigonometry and Geometry and Vectors and Statistics and Limits & Continuity. Cross-area practice is what the specification grid's interdisciplinary questions ask for.
