CET Delhi Polytechnic 2026: Last 7 Days Study Plan

CET Delhi Polytechnic 2026 is just days away — and with 90 questions for 360 marks in 90 minutes, students who spend the final 7 days on structured Mathematics, Physics and Chemistry revision will be best placed to score well on June 28.

The Common Entrance Test for Delhi Polytechnic diploma admissions is based on the NCERT Class 10 syllabus and conducted in online AI-based proctored mode by the Directorate of Training and Technical Education, Government of NCT of Delhi. With negative marking of 1 mark per wrong answer, accuracy matters as much as coverage. The last 7 days should not introduce new topics — they should consolidate what you already know, sharpen formula recall and build confidence through timed practice.

• Exam date: June 28, 2026
• Total questions: 90 | Total marks: 360 | Duration: 90 minutes
• Marking scheme: +4 for correct, −1 for incorrect — avoid random guessing
• Top priority: Mathematics carries approximately 50% of total questions — begin your revision here
• Day 6: Reserve for a full-length timed mock test followed by error analysis
• Day 7 (exam eve): Light revision of formula sheets and key equations only — no new chapters

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CET Delhi Polytechnic 2026 Exam Pattern

CET Delhi Polytechnic is an objective multiple-choice test based on the NCERT Class 10 curriculum. Understanding the pattern helps you allocate revision time effectively across the three subjects.

With 90 questions in 90 minutes, your average time per question is exactly 60 seconds. This makes time management a skill you must practise before exam day — not something to figure out in the hall. Mathematics accounts for approximately half of all questions, making it the single most important area in your last-week revision.

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CET Delhi Polytechnic 2026: 7-Day Revision Schedule

Do not start any new chapters in the last 7 days. Every hour spent on a new topic is taken from reinforcing what you already know. Use the schedule below to cover all three subjects systematically and arrive at the exam confident and exam-speed ready.

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Mathematics Revision Strategy for CET Delhi Polytechnic 2026

Mathematics is the highest-weightage subject in CET Delhi Polytechnic, accounting for approximately 50% of all questions. Allocating Days 1 to 3 exclusively to Mathematics is the single most important decision you can make in the last week.

High-Priority Topics:

• Real Numbers: HCF, LCM, Euclid’s division lemma, proving irrationality of √2 and √3
• Polynomials: Finding zeros, relationship between zeros and coefficients for quadratic and cubic polynomials
• Pair of Linear Equations: Graphical method, substitution, elimination and cross-multiplication; consistent and inconsistent systems
• Quadratic Equations: Factorisation, quadratic formula, nature of roots using discriminant (b²−4ac)
• Arithmetic Progressions: nth term formula aₙ = a + (n−1)d; sum formula Sₙ = n/2(2a + (n−1)d) — direct formula-application questions
• Triangles: Similarity criteria (AA, SAS, SSS), Basic Proportionality Theorem, Pythagoras theorem and its converse
• Circles: Tangent properties, angle subtended by a chord at centre and circumference
• Coordinate Geometry: Distance formula, section formula, midpoint formula, area of a triangle using coordinates
• Trigonometry: Standard ratios and reciprocals, complementary angle identities, standard identities (sin²θ + cos²θ = 1 and derived forms), heights and distances
• Mensuration: Surface area and volume of sphere, hemisphere, cone, cylinder and combinations — high-marks questions
• Statistics: Mean by all three methods, median and mode from grouped frequency distribution — always tested and straightforward to score
• Probability: Classical definition, simple events and complementary events

Mathematics Revision Tips:

• Maintain a single A4 formula sheet covering all chapters and read it every morning before starting revision
• Write all Trigonometry identities from memory 3–4 times until you can reproduce them without looking
• Mensuration is calculation-heavy — practise rough-work speed and double-check unit conversions (cm to m) in every question
• Statistics is straightforward and scoring; solve at least 5 grouped-data problems before exam day
• After each MCQ practice set, identify which chapters gave the most errors and prioritise those the next morning

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Physics Revision Strategy for CET Delhi Polytechnic 2026

CET Delhi Polytechnic Physics tests the application of laws and formulas — not derivations. Focus on memorising equations, understanding direction rules and practising numericals so you can solve Physics questions quickly within the 60-second pace the exam demands.

High-Priority Topics:

• Light — Reflection and Refraction: Mirror formula (1/v + 1/u = 1/f), lens formula (1/v − 1/u = 1/f), magnification, sign convention, ray diagrams for all six standard cases
• Electricity: Ohm’s law (V = IR), series and parallel resistance, power formulas (P = VI, P = I²R, P = V²/R), energy = P × t, Joule’s heating law
• Magnetic Effects of Electric Current: Fleming’s left-hand rule (motor effect), Fleming’s right-hand rule (generator effect), electromagnetic induction, difference between AC and DC
• Force and Laws of Motion: Newton’s three laws, inertia, momentum (p = mv), impulse, conservation of momentum
• Work, Energy and Power: W = Fs cosθ, kinetic energy = ½mv², potential energy = mgh, conservation of mechanical energy
• Gravitation: Universal law F = Gm₁m₂/r², free fall, distinction between g (acceleration due to gravity) and G (universal gravitational constant)
• Sound: Wave characteristics (frequency, amplitude, wavelength, speed), conditions for echo (minimum distance 17.2 m from the reflecting surface), reflection of sound
• Sources of Energy: Renewable vs non-renewable; properties of solar, wind, hydro and nuclear energy — fact-based questions

Physics Revision Tips:

• Electricity and Light together account for the largest share of Physics questions — give them priority on Day 4
• Practise 5–6 numericals from Electricity (Ohm’s law, parallel circuits, power) and Optics (mirror and lens formula) every day in the last week
• Draw all six standard ray diagrams for concave mirror, convex mirror and lenses from memory — these are directly tested
• Practise Fleming’s rules with the physical hand gesture — muscle memory is faster and more reliable under exam pressure than recalling a text description

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Chemistry Revision Strategy for CET Delhi Polytechnic 2026

Chemistry in CET Delhi Polytechnic is largely recall-based — students who have memorised key chemical equations, the reactivity series and properties of common compounds score well. A single focused revision day (Day 5) is sufficient if you revise systematically and write equations by hand rather than just reading them.

High-Priority Topics:

• Chemical Reactions and Equations: Six types of reactions (combination, decomposition, displacement, double displacement, oxidation-reduction), balancing equations by hit-and-trial method
• Acids, Bases and Salts: pH scale (0–14), acid-base indicators (litmus, methyl orange, phenolphthalein), neutralisation reactions, properties of baking soda (NaHCO₃), washing soda (Na₂CO₃) and Plaster of Paris (CaSO₄·½H₂O)
• Metals and Non-metals: Reactivity series (K > Na > Ca > Mg > Al > Zn > Fe > Pb > H > Cu > Hg > Ag > Au), displacement reactions, extraction of metals, corrosion and prevention
• Carbon and Its Compounds: Covalent bonding, functional groups (alcohol −OH, aldehyde −CHO, ketone −CO−, carboxylic acid −COOH), homologous series, IUPAC naming of simple organic molecules, soaps and detergents
• Periodic Classification of Elements: Modern periodic table structure, trends in atomic radius, electronegativity, metallic character and valency across periods and groups

Chemistry Revision Tips:

• Write all key chemical equations on a revision card and read them aloud every morning to build recall through repetition
• Memorise the reactivity series from K (most reactive) down to Au (least reactive) — it underpins all displacement reaction questions
• For Carbon Compounds, practise IUPAC naming of 5–6 molecules daily until naming feels automatic
• Revise pH of common substances: lemon juice (~pH 2), blood (~pH 7.4), baking soda solution (~pH 8.3), bleach (~pH 11) — these are direct recall questions
• Make a compact periodic trends card (radius decreases left-to-right, increases top-to-bottom; electronegativity is opposite) and review it daily

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Mock Test and Error Analysis Strategy

Attempting at least one full-length timed mock test before exam day is non-negotiable for CET Delhi Polytechnic 2026. A mock test in real conditions reveals where marks are leaking and gives you data to act on — something no amount of passive revision can provide.

• When to take mocks: Day 6 is the primary mock day; optionally take a 45-question sectional mock on Day 5 evening after finishing Chemistry revision
• Simulate real conditions: Sit at a desk, set a 90-minute timer, keep your phone away and attempt without any reference materials
• Categorise your errors after each mock: Conceptual errors (revise that chapter), calculation mistakes (practise rough-work speed), silly errors (practise re-reading questions carefully before marking)
• With −1 negative marking: An unattempted question scores 0; a wrong answer is a net 5-mark loss against a correct one. Skip questions where you have no idea
• Target accuracy over volume: Attempting 70 questions and getting 65 correct outscores attempting all 90 with 20 wrong answers — internalise this discipline during mock practice

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Exam Day Tips for CET Delhi Polytechnic 2026

Your exam performance on June 28 depends on 7 days of preparation — and on how you manage the 90 minutes in the exam itself. Follow these steps to stay calm and score your best.

• Keep your admit card downloaded and your photo ID ready — Aadhaar, passport or school ID. Entry is denied without valid identification
• Check your device, camera and internet connection the evening before — CET Delhi Polytechnic is held in online AI-based proctored mode, so a technical failure at the start time can cost you the attempt
• Log in at least 15 minutes before your scheduled start time to complete the proctoring setup without rushing
• Attempt your strongest subject first to build early momentum; for most students this means beginning with Mathematics
• Target 60 seconds per question — do not spend more than 90 seconds on any single question; mark it and return at the end
• Do not guess randomly — skip questions where you are genuinely unsure, since a wrong answer costs more than leaving it blank
• Night before the exam: 20-minute review of your formula sheet and chemical equations, no new practice after 9 PM, sleep by 10:30 PM