Kinetic Theory — NEET Physics PYQ weightage 2020–2026

Questions

11

across 8 papers

Share of subject

2.8%

of 387 Physics Qs

Weightage rank

#16

of 30 chapters

Difficulty

5 easy · 5 medium · 1 hard

Kinetic Theory contributed 11 of the 387 NEET Physics questions between 2020 and 2026 (Re-NEET 2026 included). That is 2.8% of the subject and makes it the #16 chapter out of 30 by weightage — roughly 1.4 questions per paper, peaking at 2 in NEET 2020.

Of the 11 questions tagged for difficulty, 45% were easy, 46% medium and 9% hard — a chapter where NCERT-level preparation pays off directly.

Its weight has stayed fairly steady: 1.3 questions per paper across NEET 2025, NEET 2026 and Re-NEET 2026, against 1.7 in 2020–2022.

The single most-tested topic is Kinetic Theory of an Ideal Gas (Average Kinetic Energy of Gas Molecule) — 2 questions across 2 papers.

Practise Kinetic Theory PYQsAll Physics chapters

Questions per paper

Kinetic Theory: questions in each NEET paper, 2020–2026 (R = Re-NEET 2026)

Topic-wise breakdown

8 topics tagged under Kinetic Theory. Numbers show how many questions each topic had in each paper; E / M / H are the easy, medium and hard counts.

Topic2020202120222023202420252026ReTotalEMH
Kinetic Theory of an Ideal Gas (Average Kinetic Energy of Gas Molecule)11––––––211–
Kinetic Theory of an Ideal Gas (RMS Speed)–1––––1–211–
Mean Free Path1––––––122––
Behaviour of Gases (Charles Law)––––1–––1–1–
Behaviour of Gases (Ideal Gas Equation)––1–––––1–1–
Kinetic Theory of an Ideal Gas–––––1––1––1
Kinetic Theory of an Ideal Gas (Mean Square Speed)–––1––––11––
Specific Heat Capacity (Molar Specific Heat of Monatomic Gas, Diatomic Gas…)–––––––11–1–

What the papers tell us

Most tested topics

  • Kinetic Theory of an Ideal Gas (Average Kinetic Energy of Gas Molecule) — 2 questions, 2 papers
  • Kinetic Theory of an Ideal Gas (RMS Speed) — 2 questions, 2 papers
  • Mean Free Path — 2 questions, 2 papers
  • Behaviour of Gases (Charles Law) — 1 question, 1 paper
  • Behaviour of Gases (Ideal Gas Equation) — 1 question, 1 paper

Repeated in 3 or more papers

No topic has appeared in three or more different papers.

Asked in NEET 2026 / Re-NEET 2026

  • Kinetic Theory of an Ideal Gas (RMS Speed) — 2 questions, 2 papers
  • Mean Free Path — 2 questions, 2 papers
  • Specific Heat Capacity (Molar Specific Heat of Monatomic Gas, Diatomic Gas…) — 1 question, 1 paper

Topics with hard questions

  • Kinetic Theory of an Ideal Gas — 1 question, 1 paper

Frequently asked questions

How many questions come from Kinetic Theory in NEET?

In the NEET papers from 2020 to 2026 (including Re-NEET 2026), 11 Physics questions came from Kinetic Theory — 2.8% of the subject, or about 1.4 per paper.

Is Kinetic Theory important for NEET?

By past weightage it ranks #16 of 30 Physics chapters, so it is a lower-weightage Physics chapter, with 11 questions over 2020–2026.

Which topics of Kinetic Theory are asked most in NEET?

The most-tested topics are Kinetic Theory of an Ideal Gas (Average Kinetic Energy of Gas Molecule) (2), Kinetic Theory of an Ideal Gas (RMS Speed) (2) and Mean Free Path (2). The topic table above lists every topic with its count in each paper.

Is Kinetic Theory easy or difficult in NEET?

Of the 11 difficulty-tagged questions, 45% were easy, 46% medium and 9% hard.

Which Kinetic Theory topics were asked in NEET 2026 and Re-NEET 2026?

Kinetic Theory of an Ideal Gas (RMS Speed), Mean Free Path and Specific Heat Capacity (Molar Specific Heat of Monatomic Gas, Diatomic Gas…) were asked in the 2026 papers.

Where can I practise Kinetic Theory NEET PYQs?

Edurack has chapter-wise NEET previous-year questions for Kinetic Theory. Use the practice button on this page to open the set, attempt questions and check your answers.

Related chapters

Nearby in Physics by weightage

Top chapter in the other subjects

Counts come from Edurack's tagged set of NEET papers 2020–2026 (including Re-NEET 2026), mapped to NCERT chapters and topics. Use them as a trend guide — past frequency doesn't guarantee what a future paper will ask.