Newton's Laws of Motion JEE Main PYQs PDF, 2020–2026

Newton's Laws of Motion questions per year

in the free PDF asked, not in the PDFThe PDF only has questions we can print in full with a checked answer, so it holds 65 of the 66 asked.

Topic-wise weightage by year

How many Newton's Laws of Motion questions each topic had in every JEE Main year (all shifts), counting every question asked, including ones not in the PDF. Darker cells mean more questions.

Swipe the table sideways for older years.

Newest questions (2026)

All 9 JEE Main 2026 Newton's Laws of Motion questions in the free PDF, latest shift first.

1. JEE Main 2026 · 6 Apr · Shift 1 · Newton's Second Law

   Two blocks ( $P$ and $Q$ ) with respectively masses 2 kg and 1.5 kg are joined by a massless thread. These blocks are mounted on a frictionless pully which is fixed on the edge of a cube $(S)$, as shown in the figure below. Block $P$ is positioned on the top surface which has no friction and block $Q$ is in contact with side-surface, having coefficient friction $\mu$. The cube ( $S$ ) moves towards the right with acceleration of $\frac{g}{2}$, where $g$ is gravitational acceleration. During this movement the block $P$ and $Q$ remain stationary. The value of $\mu$ is $\_\_\_\_$ (take ${\mathrm{g}}=10{\ \mathrm{m}}/{\mathrm{s}}^{2}$ )

   

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2. JEE Main 2026 · 5 Apr · Shift 1 · Pulley and Wedge Systems

   A wedge $Y$ with mass of 10 kg and all frictionless surfaces and the inclined surface making ${37}^{{\circ}}$ with horizontal. A block $X$ with mass 2 kg is placed at the highest point of the wedge as shown in figure is at rest. At $t=0$ wedge ( $Y$ ) is pulled toward right with constant force $(f)$ of 24 N . Taking the block $X$ at rest at $t=0$, the time taken by it to slide down 8.8 m on the slope, while $Y$ is on the move, is $\_\_\_\_$ s.

   $($ take $\tan ({37}^{{\circ}})=3/4$ and $\left.{\mathrm{g}}=10{\ \mathrm{m}}/{\mathrm{s}}^{2}\right)$

   
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3. JEE Main 2026 · 5 Apr · Shift 1 · Pulley and Wedge Systems

   Three masses $m_{1}=4{\ \mathrm{kg}},m_{2}=4{\ \mathrm{kg}}$ and $m_{3}=6{\ \mathrm{kg}}$ are suspended from a fixed smooth frictionless pully as shown in the figure below. The value of $T_{1}/T_{2}$ is

   $\_\_\_\_$

   (take $g=10{\ \mathrm{m}}/{\mathrm{s}}^{2}$ )

   
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4. JEE Main 2026 · 4 Apr · Shift 2 · Newton's Second Law

   At $t=0$, a body of mass 100 g starts moving under the influence of a force $(5{\widehat{{\mathrm{i}}}}+10{\widehat{{\mathrm{j}}}}){\mathrm{N}}\cdot$ After 2 s its position is $(2x{\widehat{{\mathrm{i}}}}+5y{\widehat{{\mathrm{j}}}}){\mathrm{m}}$. The ratio $x:y$ is $\_\_\_\_$ .

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5. JEE Main 2026 · 28 Jan · Shift 2 · Pseudo Force and Non-Inertial Frames

   A small block of mass m slides down from the top of a frictionless inclined surface, while the inclined plane is moving towards left with constant acceleration $a_{0}$. The angle between the inclined plane and ground is $\theta$ and its base length is $L$. Assuming that initially the small block is at the top of the inclined plane, the time it takes to reach the lowest point of the inclined plane is ________.

   
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6. JEE Main 2026 · 28 Jan · Shift 1 · Newton's Second Law

   A particle of mass $m$ falls from rest through a resistive medium having resistive force, $F=-kv$, where $v$ is the velocity of the particle and $k$ is a constant. Which of the following graphs represents velocity $(v)$ versus time $(t)$ ?

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7. JEE Main 2026 · 24 Jan · Shift 2 · Free Body Diagrams

   A flexible chain of mass $m$ hangs between two fixed points at the same level. The inclination of the chain with the horizontal at the two points of support is ${30}^{{\circ}}$. Considering the equilibrium of each half of the chain, the tension of the chain at the lowest point is $\_\_\_\_$ .

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8. JEE Main 2026 · 23 Jan · Shift 2 · Newton's Second Law

   A block is sliding down on an inclined plane of slope $\theta$ and at an instant $t=0$ this block is given an upward momentum so that it starts moving up on the inclined surface with velocity $u$. The distance $(S)$ travelled by the block before its velocity become zero, is $\_\_\_\_$ .

   (g = gravitational acceleration)

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9. JEE Main 2026 · 21 Jan · Shift 1 · Newton's Second Law

   A 4 kg mass moves under the influence of a force ${\vec{F}}=\left(4t^{3}{\hat{i}}-3t{\hat{j}}\right){\mathrm{N}}$ where $t$ is the time in second. If mass starts from origin at $t=0$, the velocity and position after $t=2{\ \mathrm{s}}$ will be:

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Sample questions from recent papers

The free PDF above has all 65 questions grouped by topic, with an answer key.

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