📋 Exam Snapshot:
- Exam date: May 13, 2026 — 11 days away
- Total questions: 120 MCQs
- Total marks: 120 (1 mark each)
- Negative marking: None — wrong answers score 0
- Maths: 60 questions (50% of paper)
- Physics: 30 questions (25% of paper)
- Chemistry: 30 questions (25% of paper)
- Qualifying marks: 36/120 for OC/BC | No minimum for SC/ST
- Result: May 25, 2026 at polycet.sbtet.telangana.gov.in
Eleven days to May 13. You cannot learn everything now. But you can learn the right things.
That is the difference between a student who scores 72 and gets rank 8,000 — and a student with the same ability who scores 89 and gets rank 3,500 — purely because they focused on the chapters that actually appear in the paper versus spending equal time on everything.
This article is about that difference. Which chapters carry the most marks in TS POLYCET. Which ones are predictable and repeatable year after year. Which ones to focus on in the 11 days you have left. And which ones you can safely spend less time on.
The Most Important Fact About TS POLYCET Nobody Mentions Clearly
TS POLYCET has 120 questions. Maths has 60 of them.
Half the paper. Half your rank. Half your future college quality.
This is not a small detail. It is the single most important structural fact about TS POLYCET — and yet most students divide their preparation time roughly equally across three subjects as if Maths, Physics, and Chemistry each have 40 questions.
They do not. Maths has 60. Physics has 30. Chemistry has 30.
A student who masters Maths and scores 50 out of 60 there — even with average performance in Physics and Chemistry (say 18 each) — scores 86 out of 120. That typically translates to a rank in the 3,000–5,000 range.
A student who scores equally across all three (28+14+14 = 56) scores significantly lower — rank 20,000+.
Same number of hours studied. Completely different rank. The difference is where those hours went.
Chapter-Wise Weightage — Based on Previous Year TS POLYCET Papers
Mathematics — 60 Questions
Not all Maths chapters are equal. Here is the honest chapter-by-chapter breakdown based on analysis of previous TS POLYCET papers:
Tier 1 — Highest Frequency (must master — appears every year, multiple questions)
Quadratic Equations — 6 to 8 questions The single most reliable chapter across all years of TS POLYCET. Questions come from: finding roots using the formula, nature of roots using discriminant (b²−4ac), sum of roots (−b/a), product of roots (c/a), forming equations when roots are given. If you practice 20 Quadratic Equation problems before May 13, you will recognise question patterns immediately in the exam hall. This chapter alone could give you 6–8 marks.
Arithmetic Progressions — 5 to 7 questions The nth term formula (a + (n−1)d) and the sum formula (n/2)(2a + (n−1)d) appear in different forms every year. The questions are predictable: find nth term, find number of terms, find sum of first n terms, find the AP if first and last terms are given. Five problems from each question type is sufficient preparation.
Linear Equations in Two Variables — 4 to 6 questions Graphical method, substitution method, elimination method. Word problems that convert to two simultaneous equations. The word problems are the harder variant — practice at least 8 of them. The direct solving questions are straightforward once you know the method.
Polynomials — 4 to 5 questions Division of polynomials, remainder theorem, factor theorem, finding zeroes. Questions here are mostly procedural — know the steps, apply them, get the answer.
Tier 2 — Consistent Appearance (prepare thoroughly — 2 to 4 questions each year)
Trigonometry (3 to 5 questions): Standard angle values (sin 30° = 1/2, cos 45° = 1/√2, tan 60° = √3 etc.) must be automatic. Standard identities — sin²θ + cos²θ = 1 and its two derived forms — are tested directly. Heights and distances problems appear in 1–2 questions. Write the standard angle table from memory every morning until May 13.
Coordinate Geometry (4 to 5 questions): Distance formula, section formula, midpoint formula, area of triangle using coordinates. These are completely formula-based — no conceptual leaps required. Learn the formulas, practice applying them correctly, check your arithmetic. High return on time invested.
Mensuration (4 to 5 questions): Surface area and volume of sphere, hemisphere, cylinder, cone, frustum. One-page formula sheet — paste it where you study, read it every morning. Questions give you dimensions and ask for area or volume. The only error point is using the wrong formula — the formula sheet eliminates this.
Statistics (3 to 4 questions): Mean, median, mode of grouped data. Cumulative frequency and ogive interpretation. Mean calculation from a frequency table is the most commonly tested — practice 5 problems and the approach becomes clear.
Tier 3 — Lower Frequency (skim, do not skip entirely)
Real Numbers (2 to 3 questions): HCF using Euclid’s division algorithm. LCM. Decimal expansions of rational numbers. Quick marks if you practice 6–8 problems.
Similar Triangles and Geometry (3 to 4 questions): Basic Proportionality Theorem, AA similarity, Pythagoras theorem applications, tangent properties. Theory-heavy — understand the theorems with a diagram rather than memorising text.
Probability (2 to 3 questions): Classical definition, simple problems. These are usually the fastest questions in the Maths section — do not skip them.
Physics — 30 Questions
With 30 questions, Physics is worth the same as Chemistry. But the chapter distribution within Physics is heavily skewed — some chapters appear every single year, others rarely.
Tier 1 — Must Master (highest frequency)
Electricity — 8 to 10 questions (the most important chapter in all of Physics)
In any given year, 8 to 10 of Physics’ 30 questions come from Electricity alone. This chapter is effectively one-third of the entire Physics section. Every student serious about TS POLYCET rank must spend the most Physics preparation time here.
What to know: Ohm’s Law (V = IR). Resistance in series: R_total = R₁ + R₂ + R₃. Resistance in parallel: 1/R_total = 1/R₁ + 1/R₂ + 1/R₃. Electric power: P = VI = I²R = V²/R. Joule’s heating effect: H = I²Rt. Domestic circuit components and their function.
Practice minimum 25 Electricity numericals. After 25 problems, you will recognise the structure of new questions immediately. This is one of the highest-ROI preparation activities available in the 11 days remaining.
With no negative marking in TS POLYCET, every Electricity question you know confidently is a free mark. There is no risk in attempting them.
Light — Reflection and Refraction — 5 to 7 questions
Mirror formula: 1/v + 1/u = 1/f. Magnification for mirrors: m = −v/u. Lens formula: 1/v − 1/u = 1/f. Power of a lens: P = 1/f (in metres). The sign convention — object always on left, distances measured from pole — is where errors happen. Practice 12 mirror numericals and 12 lens numericals specifically applying the sign convention correctly each time.
Defects of vision: myopia corrected by concave lens, hypermetropia corrected by convex lens. These are 1-mark concept questions — learn them once, get them always.
Tier 2 — Consistent Presence
Motion and Laws of Motion (4 to 5 questions): Three equations of motion (v = u + at, s = ut + ½at², v² = u² + 2as). Newton’s three laws with applications. Distance-time graph slope = speed. Velocity-time graph slope = acceleration. Numericals from equations of motion are formula-application questions.
Magnetic Effects of Current (3 to 4 questions): Fleming’s left-hand rule (force on conductor). Right-hand thumb rule (magnetic field around wire). Working principles of DC motor and AC generator. These are mostly conceptual — diagrams help more than text descriptions.
Tier 3 — Lower Frequency
Sound (2 to 3 questions): Speed of sound, echo, reverberation, frequency range of hearing (20 Hz to 20,000 Hz). Short recall questions — learn the key facts, move on.
Our Environment (1 to 2 questions): Ozone depletion, food chains, ecosystem basics.
Chemistry — 30 Questions
Chemistry’s 30 questions reward students who have memorised key facts — named reactions, specific formulas, functional groups. Unlike Maths where you need to solve, and Physics where you need to calculate, Chemistry is largely about retention.
Tier 1 — Must Know (most frequently tested)
Acids, Bases and Salts — 6 to 8 questions
Four named salts appear in TS POLYCET papers with remarkable consistency — their formulas and uses should be locked in your memory before exam day:
- Baking soda: NaHCO₃ — used in cooking, as antacid
- Washing soda: Na₂CO₃·10H₂O — cleaning agent, water softener
- Bleaching powder: Ca(OCl)Cl — disinfectant, bleaching clothes
- Plaster of Paris: CaSO₄·½H₂O — making casts and chalk
pH scale: 0 = most acidic, 7 = neutral, 14 = most basic. Indicators: litmus (red in acid, blue in base), phenolphthalein (colourless in acid, pink in base), methyl orange (red in acid, yellow in base). Neutralisation reaction produces salt and water.
Chemical Reactions and Equations — 5 to 6 questions
Types of reactions — combination (A + B → AB), decomposition (AB → A + B), displacement (A + BC → AC + B), double displacement (AB + CD → AD + CB), oxidation and reduction. Balancing chemical equations is a skill — practice balancing 20 equations before May 13. The balancing approach: metals first, non-metals next, hydrogen, then oxygen.
Carbon and Its Compounds — 4 to 5 questions
Functional groups: −OH (alcohol), −CHO (aldehyde), C=O (ketone), −COOH (carboxylic acid). Homologous series — same general formula, differ by −CH₂. IUPAC naming basics. Properties of ethanol (C₂H₅OH) — used as fuel, disinfectant. Properties of ethanoic acid (CH₃COOH) — present in vinegar, used in preservatives. Soaps vs detergents — soaps do not work in hard water, detergents do.
Tier 2 — Consistent Presence
Metals and Non-Metals (4 to 5 questions): Reactivity series (K > Na > Ca > Mg > Al > Zn > Fe > Pb > H > Cu > Ag > Au). Corrosion of iron: Fe₂O₃·xH₂O. Alloys: brass (Cu+Zn), bronze (Cu+Sn), solder (Pb+Sn). Extraction of metals from ores.
Periodic Classification (3 to 4 questions): Modern periodic table — periods (horizontal) and groups (vertical). Trends: atomic size decreases across a period, increases down a group. Metallic character decreases across a period, increases down a group.
Tier 3
Our Environment (2 to 3 questions): Biodegradable and non-biodegradable substances. Food chains and food webs. Ozone layer depletion — CFCs as cause.
Life Processes / Chemical Biology (1 to 2 questions): Very occasionally, basic biology-adjacent questions appear. Do not over-prepare this — it is low frequency and low marks.
The 11-Day Plan — Day by Day to May 13
You have 11 days. Here is how to use them.
Day 1 (May 2 — Today): Quadratic Equations complete. All methods — factorisation, formula, completing the square. 15 problems.
Day 2 (May 3): Electricity — Ohm’s Law, series and parallel resistance, power formulas. 20 numericals. This is the single most important preparation day you have left.
Day 3 (May 4): Arithmetic Progressions — nth term and sum formulas. 15 problems. Acids, Bases and Salts — named salts and pH scale complete.
Day 4 (May 5): Light — mirror formula with sign convention, 12 problems. Lens formula, 12 problems. Chemical Reactions — balancing 20 equations.
Day 5 (May 6): Linear Equations in Two Variables — 10 problems. Coordinate Geometry — all four formulas, 12 problems. Carbon and Its Compounds complete.
Day 6 (May 7): Trigonometry — standard angle table from memory (write it 5 times), 10 identity problems, 5 heights and distances. Metals and Non-Metals.
Day 7 (May 8): Full mock test — 120 questions, 150 minutes, no break. Use a previous year TS POLYCET paper. Score yourself. Mark every wrong answer. Spend the evening reviewing only wrong answers — understand why each one was wrong.
Day 8 (May 9): Mensuration — all formulas from memory, 12 problems. Periodic Classification. Magnetic Effects of Current — Fleming’s rules and motor/generator principles.
Day 9 (May 10): Statistics — mean and median of grouped data, 6 problems each. Motion equations — 10 numericals. Review your Electricity problems from Day 2.
Day 10 (May 11): Polynomials — 10 problems. Probability — 8 problems. Environment and Sound — key facts only, 30 minutes maximum.
Day 11 (May 12 — Night Before Exam): Only your formula and fact sheet today. Read it twice, slowly. Do not attempt new problems.
Pack your bag now:
- Printed TS POLYCET 2026 hall ticket — 2 copies
- Original Aadhaar card or school ID
- Blue or black ballpoint pen (2 pens)
- Transparent water bottle
Check your exam centre address on Google Maps. Confirm travel plan. Set your alarm 90 minutes before you need to leave.
Sleep before 10 PM. A rested mind on exam morning is the most productive preparation you can do on May 12.
Inside the Exam — The 150-Minute Strategy
Recommended order: Chemistry → Physics → Mathematics
Time targets:
| Subject | Questions | Time |
|---|---|---|
| Chemistry | 30 | 25–28 minutes |
| Physics | 30 | 30–35 minutes |
| Mathematics | 60 | 80–85 minutes |
| Review | — | 5–10 minutes |
Start with Chemistry. These are mostly recall-based — named salts, reaction types, functional groups. Starting here gives you early momentum because you answer questions quickly. By the time you reach Mathematics — where you need the most time — you are fully warmed up.
No negative marking means: attempt every single question.
This is critical. In TS POLYCET, a wrong answer and a blank answer both score zero. There is no penalty for attempting. A random guess on a 4-option question gives 25% probability of a correct mark. Across 15 questions you are completely unsure about, random guessing statistically gives you 3–4 correct answers — 3–4 marks for free.
Attempt every question. Do not leave any blank. Even if the last 5 minutes are just marking any option on remaining questions — do it. Those marks could be the difference between two rank positions.
Marks vs Rank — Where You Could Land
Based on TS POLYCET 2024 and 2025 data (approximately 1.1–1.2 lakh students appearing):
| Score (out of 120) | Approximate Rank |
|---|---|
| 108–120 | Under 500 |
| 95–107 | 500–2,500 |
| 82–94 | 2,500–8,000 |
| 68–81 | 8,000–20,000 |
| 55–67 | 20,000–40,000 |
| 40–54 | 40,000–70,000 |
| 36–39 | 70,000–1,00,000+ |
The critical insight from this table: The difference between 68 marks and 82 marks is 14 marks — just 14 questions. But it is the difference between rank 20,000 and rank 8,000. Twelve thousand rank positions from 14 marks.
Those 14 marks are achievable. In the Electricity chapter alone — which appears in 8–10 questions — a student who genuinely prepares can pick up 7–9 correct answers. One chapter, focused preparation, 11 days, and you move from rank 20,000 to rank 10,000.
That is the math behind why chapter weightage matters more than total hours studied.
One More Thing — The Night Before
Every student who has appeared for a major exam knows this feeling: the night before, you suddenly want to study everything you have not studied. You open a new chapter. You watch a YouTube video. You try to memorise something new.
Do not do this.
The 11 days of preparation you have done — or will do after reading this article — is what determines your score. The night before the exam, nothing new learned after 8 PM will appear as a usable memory at 11 AM the next morning. What does help the next morning: being rested. Having eaten a proper meal. Arriving at the exam centre on time without rushing. Sitting down calmly, reading the instructions, and starting with Chemistry as planned.
The preparation happened before May 13. The performance on May 13 is mostly about execution — not last-minute input.
Official portal: https://polycet.sbtet.telangana.gov.in
For result and rank card after May 25: https://polycet.sbtet.telangana.gov.in For counselling: https://tgpolycet.nic.in
Read before counselling: TS POLYCET 2026 Result & Counselling Guide
Disclaimer: Chapter-wise weightage and question frequency analysis is based on previous year TS POLYCET papers (2022–2025) and information from the official SBTET Telangana information brochure for TS POLYCET 2026. Marks vs rank estimates are approximate, based on 2024 and 2025 candidate performance data from Careers360 and Sarvgyan. Actual 2026 rank distribution depends on exam difficulty and total candidates. Always verify exam and result dates at polycet.sbtet.telangana.gov.in. CareerEduTech is not affiliated with SBTET Telangana or the Government of Telangana.
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