JEE Main Kinetic Theory of Gases PYQ PDF is a free, 23-page resource containing 95 questions from the 2002-2026 papers. The topic recorded 8 questions across the 2026 papers, with a reported weightage of 1.68% in the referenced database.

The PDF includes 84 MCQs alongside 11 numerical-value questions, with 6 statement-based questions and 5 questions that refer to a figure or graph. Questions are arranged from newest to oldest to help students practise recent exam patterns and revise key concepts.

The PDF Contains:

95 Questions23 Page1.68%
↑14.05% Weightage in 2026
2002-2026 years covered

Kinetic Theory of Gases is a topic in the Class 11 Physics chapter Kinetic Theory of Gases. Every question carries its exam date and shift. The PDF holds questions only, with options as printed and no answer key.

JEE Main Kinetic Theory of Gases Weightage by Year

As per JEE Main kinetic theory of gases weightage from past years, students can expect 7 to 14 questions from this topic in a year in recent papers. The 2026 papers had 8.

YearQuestionsAverage per ShiftWeightage in PhysicsChange in Weightage
202680.421.68%+14.05%
202570.371.48%−11.69%
2024100.501.67%−14.00%
2023140.581.94%−4.17%
2022140.612.03%−1.09%

The 2021 papers add 16 more questions, and the years before that add 26. Weightage is the topic's share of all Physics questions in the bank for that year.

Question Formats in JEE Main Kinetic Theory of Gases PYQs

The 95 questions in this PDF are split between multiple-choice and numerical-value questions. Of the 95, 6 are statement-based and 5 refer to a figure or graph.

Question TypeQuestionsShare
MCQ8488.4%
Numerical value1111.6%
Total95100%

How to Practise Kinetic Theory of Gases

Start with the formulas for the pressure of an ideal gas and for the rms, average and most probable speeds, including how each changes with temperature and molar mass. Questions that compare two gases at the same temperature then reduce to ratios of these speeds.

Next work through mixtures of gases, the kinetic energy per molecule and per mole, and the specific heats with degrees of freedom. Redo any question you missed after a day.

Related JEE Main Physics Resources

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Source: JEE Physics By Vedantu