JEE Main Physics Formulas 2026 - Topic wise Important Formulas

Few Important JEE Main Physics Formulas 2026

Aspirants preparing for JEE Mains must remember that, along with concepts, one needs to revise and remember the formulas, which are very important while solving any problems. As JEE Main Physics formulas are given below, these formulas need to be memorised daily, as direct questions and formulas are asked in exams. Students should also solve JEE Main Chapter-Wise PYQs to improve their preparation.

Below are a few important formulas for JEE Main Physics.

Formulas for Kinematics

1. Average speed = Total distance/Total time
2. Average velocity $=$ Total displacement/Total time
3. Acceleration $=($ Final velocity - Initial velocity $) /$ Time taken

Newton's Law of Motion

1. $F=m \times a$ (Newton's Second Law of Motion)
2. Impulse $=$ force × time

Formulas for Work, Energy, and Power:

1. Work $=$ force × displacement $x \cos \theta$
2. Kinetic Energy $=0.5 \times \mathrm{m} \times \mathrm{v} 2$
3. Potential Energy $=\mathrm{m} \times \mathrm{g} \times \mathrm{h}$
4. Total Mechanical Energy $=$ Kinetic Energy + Potential Energy
5. Power = work done/time taken

Electric Charge and Fields Formulas:

1. Electric Field = force per unit charge = FQ
2. Coulomb's Law: $F=k \times\left(q_1 \times q_2\right) / r^2$
3. Energy of electric dipole: $U=-\rho E$
4. Energy of a magnetic dipole: $U=-\mu B C$
5. Electric Charge: $Q= \pm n e$
6. Electrostatic Force $(F)=k[q 1 q 2] / r^2$
7. The current at Time t: $\mathrm{i}=\lim \Delta \mathrm{t} \rightarrow 0 \Delta \mathrm{Q} \Delta \mathrm{t}=\mathrm{dQdT}$
8. Law of Conservation of Charge: $I_3=I_1+I_2$
9. Resistivity: $\rho(T)=\rho\left(T_0\right)\left[1+\alpha\left(T-T_0\right)\right]$

10. Lorentz Force: $\mathrm{F} \rightarrow=\mathrm{q}[\mathrm{E} \rightarrow+(\mathrm{v} \rightarrow \times \mathrm{B} \rightarrow)]$
11. Magnetic Flux through Area

$
\mathrm{dS}=\varphi=\mathrm{B} \rightarrow \cdot \mathrm{dS} \rightarrow=\mathrm{B} \cdot \mathrm{dS} \cos \theta
$

Projectile Equation of Motion:

1. Horizontal Range $\underline{(R)}=u 2 \sin 2 \theta g$
2. Time of Flight $(\mathrm{T})=2 \mathrm{u} \sin \theta \mathrm{g}$
3. Maximum Height $(\mathrm{H})=\mathrm{u} 2 \sin 2 \theta 2$

Laws of Gravity

1. Gravitational force $\mathrm{F} \rightarrow=\mathrm{G}[\mathrm{Mm}] / \mathrm{r}^2$
2. Work Done by Constant Force:

$
\mathrm{W}=\mathrm{F} \rightarrow \cdot \mathrm{~S} \rightarrow=|\mathrm{F} \rightarrow \| \mathrm{S} \rightarrow| \cos \theta
$

3. Simple Harmonic Motion: Force $(F)=-k x$ and $k k= \omega^2 \mathrm{~m}$
4. Torque: $M=r \times F$

Experts have compiled a list of important formulas for JEE Mains Physics to make the preparation easy for aspirants. Candidates preparing for the JEE Main exam should remember all the major formulas. Not only physics, but to score well in JEE Main, candidates should know important formulas for all three subjects.

With these formulas, also try to solve the JEE Main previous year question paper and also go through the most repeated questions of JEE Main.

Preparation tips for JEE Mains

Given below are some tips to help you prepare for JEE Main and score good marks in the exam:

1. First, students need to know the syllabus and exam pattern so that they can get familiarized with the exam and understand the basic requirements and eligibility criteria for the exam before they start preparing for it.

2. Try to identify the high-scoring topics of JEE Main and prioritize chapters according to that.

3. Create an effective study plan according to your preparation level. Divide your preparation into monthly, weekly, and daily targets and allocate more time to difficult subjects or topics.

4. Students must focus on conceptual clarity; they must understand the logic and derivations behind every formula.

5. Try to solve questions regularly. Solve previous years' JEE Main question papers and attempt mock tests and sample papers regularly.

Tips to Learn Physics Formulas for JEE Main 2026

Students find it difficult to learn formulas for JEE Main, but with the right approach, they can remember them. Given below are some points to remember:

1. Students must try to understand why a formula works. For example, derivations in physics or maths often follow a logical pattern.

2. Then break down formulas into chapters or topics.

3. To learn these formulas easily, try to make a formula notebook.

4. Sometimes students must try to make mnemonics and short tricks, as it helps in quick revision.

5. Try to solve as many questions and revise

6. Try to use diagrams and flowcharts.