UP TGT Question Paper 2026 Out, Free Download Subject Wise PDF

The UP TGT 2026 exam was conducted offline in OMR mode by the Uttar Pradesh Education Service Selection Commission (UPESSC) on 3–4 June 2026. Our faculty at The Rasayanam have gone through the actual Science paper held on 3 June (Shift 1) question by question — not just to list what was asked, but to show you how a Chemistry-first mind should read it. This is that breakdown.

Paper Snapshot: What Candidates Actually Faced

The Science paper is a single composite test covering Physics and Chemistry together, 125 objective MCQs, bilingual (Hindi and English side by side), 120 minutes, no negative marking.

What stands out immediately to anyone who has taught this exam before: the split between Physics and Chemistry is close to even, but Chemistry's share leans on conceptual application rather than direct recall, a pattern that catches under-prepared candidates off guard.

Chemistry in This Paper: Where the Marks Actually Were

Going question by question, roughly half the paper sits squarely in Chemistry, spread fairly evenly across all three branches rather than clustering in one. Here's the real distribution we found:

A few questions we'd flag as genuinely well-designed rather than routine recall:

• A stoichiometry question built around the combustion of an unknown gaseous hydrocarbon with oxygen, where candidates had to derive the molecular formula from given volumes of CO₂ produced, a classic "know the method, not the formula" trap.

• A structure-elimination question on tautomerism, asking which of four drawn cyclic structures does not show keto-enol tautomerism, this rewards candidates who understand why tautomerism requires an α-hydrogen, not just those who've memorised examples.

• An assertion-reason question on molar heat capacity, pairing the ³⁄₂R value for a monoatomic gas with the reasoning about translational degrees of freedom, a favourite examiner format for testing whether students actually understand kinetic theory or just remember the number.

• A question on the inert pair effect, asking which group shows it most prominently, a topic candidates often learn as a fact ("Group 14/15 heavy elements") without understanding the underlying relativistic and shielding explanation, which is exactly what trips people on the harder variants.

Why This Matters More Than a Generic Score Calculation

Most exam portals will tell you to match your OMR responses against the answer key and stop there. That tells you what you got wrong. It doesn't tell you why, and for Chemistry specifically, the "why" almost always falls into one of these:

1. Concept confused with formula. The hydrocarbon combustion question above cannot be solved by recalling a formula; it requires setting up mole ratios from first principles. Candidates who "know" the general combustion equation but haven't practised deriving unknowns from volume data lose this every time.

2. Fact memorised without mechanism. Inert pair effect, paramagnetism, and standard electrode potential questions are frequently answered correctly by rote — until the examiner rephrases the same concept from a different angle, which UPESSC does often.

3. Assertion-Reason format specifically punishes partial understanding. Getting the assertion right and the reasoning wrong (or vice versa) is the single most common way strong candidates lose marks they "should" have gotten. This paper had multiple such questions across both Physics and Chemistry.

How to Analyse Your Own Copy of This Paper

1. Separate Chemistry questions from Physics before scoring anything. Don't calculate one combined percentage, it hides which subject is actually dragging your rank down.

2. Within Chemistry, tag every question by branch (Physical / Inorganic / Organic) as shown in the table above, and score each branch separately as a percentage of its own total.

3. For every wrong answer, write one line on why you got it wrong, concept gap, careless error, or genuinely ambiguous question. Don't skip this step; it's the difference between a scoresheet and a study plan.

4. File objections only with a textbook reference. NCERT for foundational topics, and a standard reference (J.D. Lee for inorganic, Morrison & Boyd or Atkins for organic/physical) for anything at the edge of the syllabus. Commissions reject unreferenced objections outright.

5. Compare your branch-wise score, not your total score, against previous cutoff trends, a candidate strong in Physical and weak in Organic needs a different next 60 days than one who's weak everywhere.

The Rasayanam's Take

This paper rewarded candidates who could apply core Chemistry principles under time pressure rather than those who had simply memorised NCERT lines. That's consistent with what we've seen across UP TGT, BPSC PGT Chemistry, and DSSSB papers over the last few cycles, the shift toward assertion-reason and derivation-based MCQs is not going away.

Our faculty run a live, question-by-question discussion of every major Chemistry teaching exam paper within 48 hours of release, working through exactly this kind of branch-wise breakdown with the reasoning behind each answer — not just which option is correct.

Faculty: Dr. Avdhesh Sir (IIT BHU), Dr. Shailesh Sir (Founder — CSIR-NET/GATE/IIT-JAM qualified), Dr. Sudhakar Sir (IIT Bombay), Priyanka Ma'am, and N.K. Sir (former BARC/ONGC Scientist).

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Frequently Asked Questions

1. Is the UP TGT Science paper only Physics and Chemistry, or does it include Biology?

The 3 June Shift 1 paper analysed here is composed entirely of Physics and Chemistry questions. Candidates should confirm their own subject combination against their specific admit card and paper code, as subject pairing can vary by post.

2. Which Chemistry branch should I prioritise if I'm reappearing?

Based on this paper's distribution, don't over-index on one branch — Physical, Inorganic, and Organic were nearly equally weighted. Prioritise whichever branch your own analysis shows as weakest, not whichever "feels" harder in general.

1. 3. Are assertion-reason questions worth extra preparation time?

Yes. They appeared repeatedly across both subjects in this paper and are one of the most common places candidates lose marks despite knowing the underlying concept, simply because they haven't practised the format.