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Forecast

2027 prediction

Analytical forecast from 2020–2026 tagged papers (recent years weighted heavier). Confidence: medium.

Prediction is analytical guidance from past papers, not a guarantee of 2027 paper content.

Likely pattern

Linear/weighted recent-year trend (2023–2026 heavier) + pattern continuity; NOT official

Structure

P1: SC+MC+NUM+Matching; P2: SC+MC+NUM+linked stems

Subject order

Mathematics → Physics → Chemistry

Marks / subject

~60 across both papers

Topic share forecast

Point estimate with a realistic range — prepare the whole band.

Mathematics

  • Calculus (24–32%)28 · 28%
  • Algebra (30–38%)34 · 34%
  • Coordinate Geometry (10–20%)14 · 14%
  • Vectors & 3D (8–16%)12 · 12%
  • Trigonometry (8–16%)12 · 12%
  • Calculus (~28%) — Stable mid-20s since 2021 with a 2026 uptick; multi-concept integrals/DE stay central.
  • Algebra (~34%) — Largest bucket every year; matrices, probability, complex and P&C remain unavoidable.
  • Coordinate Geometry (~14%) — Volatile but 2026 spike + historical conics+area joins suggest another solid year.
  • Vectors & 3D (~12%) — Never absent; 2023 spike shows it can surge as a separator.
  • Trigonometry (~12%) — 2024 spike and linked curve stems keep trig equations relevant.

Physics

  • Mechanics (22–32%)26 · 26%
  • Magnetism/EMI/AC (8–16%)12 · 12%
  • Optics (10–18%)14 · 14%
  • Thermodynamics/Kinetic Theory (8–16%)12 · 12%
  • Electrostatics + Current (8–16%)12 · 12%
  • Waves/SHM/Modern/Other (18–28%)24 · 24%
  • Mechanics (~26%) — Cooling share but still #1; rotation/collision linked stems remain signature.
  • Magnetism/EMI/AC (~12%) — 2024 & 2026 both ~15%; mutual inductance + LC likely to recur.
  • Optics (~14%) — Consistent second-tier presence across 2022–2026.
  • Thermodynamics/Kinetic Theory (~12%) — Cycles and Carnot cascades are perennial numerical fodder.
  • Electrostatics + Current (~12%) — Fields/capacitance often join fluids or circuits in linked stems.
  • Waves/SHM/Modern/Other (~24%) — SHM, waves, modern and experimental fill the remainder with regular hits.

Chemistry

  • Organic (28–40%)34 · 34%
  • Physical (32–44%)38 · 38%
  • Inorganic (22–32%)28 · 28%
  • Organic (~34%) — Clear multi-year rise to ~38% in 2026; mechanisms + practical/biomolecule joins.
  • Physical (~38%) — Share cooled but absolute scoring power remains via thermo/equilib/electrochem/solutions.
  • Inorganic (~28%) — Coordination isomerism and bonding/VSEPR stay reliable across recent papers.

Expected mixed joins

These multi-concept patterns keep recurring. Drill the bridge, not isolated chapters.

Conics + Area/Integration

high

Weekly ellipse/parabola intersection → definite integral of common/enclosed area.

DE + Functions/Extrema

high

Solve DE, then immediately test extrema, monotonicity and intersections with a second curve.

Rotation + Energy/Friction

high

Rolling/collision about a chosen axis; energy after impulse treated separately.

EMI/AC + Mutual inductance

medium

Rebuild L_eff from M, then resonate; add rotating-loop flux drills.

Organic mechanism + Practical/biomolecule

high

Named-reaction maps annotated with Tollens/Fehling/Kjeldahl/Carius and polymer/carbohydrate reads.

Physical thermo/equilib + Electrochem

medium

Fluent ΔG–K–E conversions plus one mixed NUM set twice weekly.

Practise with real mixed stems from past papers →

Student action plan

Must master

  • Math: Calculus (AOD, area, DE) + Conics + Algebra core (matrices, probability, complex)
  • Physics: Rotation/rolling + EMI/AC + Optics essentials + one experimental error set
  • Chemistry: Organic mechanisms & practical + Physical numericals + coordination isomer counts
  • Exam skills: multi-correct partial marking + linked-stem bookkeeping + matching lists

Weekly mix drills

  • Mon: Math Calculus deep set (8–10 timed Q) including one conics+area join
  • Tue: Physics Mechanics + EMI/AC (include 1 multi-correct)
  • Wed: Chem Physical + Inorganic scoring (thermo/equilib/electrochem + coordination)
  • Thu: Math Algebra + Conics matching/MC practice
  • Fri: Physics Optics/Modern/Thermo + Chem Organic (biomolecule/polymer included)
  • Sat: Full PYQ mock (≥2023); same-day error log by topic
  • Sun: Top-3 weak-topic repair only + formula sheet

Mock strategy

  • Prefer 2023–2026 papers for pattern fidelity; finish all 2020–2026 at least once.
  • Alternate P1/P2; protect the last NUM/linked block with fresh accuracy.
  • Keep a multi-correct mistake notebook of false options you selected.
Open analysis · trendsStart from 2026 review