NEET UG 2026 Physics Strategy: Chapter-Wise Study Plan Based on NCERT+PYQ Weightage

NEET UG 2026 Physics Strategy: Physics is toughest and rank-deciding subject in NEET UG. Most aspirants score high in Biology and moderate in Chemistry, but Physics becomes the bottleneck. With the right NEET UG 2026 Physics Strategy and chapter-wise study plan based on NCERT and 10-year PYQ weightage, you can boost your Physics score from 80 to 150+ in just 4 months.

Why Physics Will Decide Your NEET 2026 Rank

Most average NEET aspirants score:

• 150+ in Biology
• 130+ in Chemistry
• 90-110 in Physics

But students who score 140-160 in Physics immediately enter the top ranks of the NEET.

If you score:

• 125+ in Physics = Top 15,000 rank
• 140+ in Physics = Top 8,000 rank

About 70% of the paper comes from high-yield chapters, and the pattern is consistent every year. This guide shows you exactly what to study and how to master it.

10-Year PYQ Trend (2015-2024)

Weightage pattern from the last 10 NEET papers:

Unit	Avg Questions	Weightage
Mechanics	11-13	26%
Electrodynamics	10-12	24%
Modern Physics	6-7	15%
Optics	4-5	10%
Heat & Thermodynamics	3-4	7%
SHM & Waves	3-4	7%
Units, Errors, Vectors	1-2	2%

Around 70% of the questions come from the top 7 units. These are your guaranteed-score zones.

NEET UG 2026 Physics Strategy: Chapter-Wise Study Plan

Below is the topper-tested chapter-wise study plan based on NCERT+PYQ weightage before making NEET UG 2026 Physics Strategy.

1. Units, Dimensions & Measurements (4 Marks)

High-Yield Topics:

• Significant figures
• Error propagation
• Dimensional formulas

Strategy:

• Understand how to create dimensional formulas
• Solve at least 15 PYQs
• Weekly revision for accuracy

Concept	Formula
Absolute error	ΔA =
Relative error	ΔA / A
Percentage error	(ΔA/A) × 100
Addition error rule	ΔZ = ΔA + ΔB
Multiplication error rule	ΔZ/Z = ΔA/A + ΔB/B
Dimensional formula of velocity	LT⁻¹
Dimensional formula of force	MLT⁻²
Dimensional formula of energy	ML²T⁻²

This chapter gives direct, formula-based questions. Don’t overinvest time.

2. Kinematics (8-16 Marks)

High-Yield:

• Projectile motion
• Relative velocity
• Graphs (v–t, x–t, a–t)

Strategy:

• Focus on graph interpretation
• Practice 10 projectile questions
• Master equations of motion

Concept	Formula
1st equation	v = u + at
2nd equation	s = ut + ½at²
3rd equation	v² = u² + 2as
Range of projectile	R = u² sin2θ / g
Max height	H = u² sin²θ / 2g
Time of flight	T = 2u sinθ / g
Relative velocity	vᵣ = v₁ – v₂

Consistent scoring for prepared students.

3. Laws of Motion (8-20 Marks)

High-Yield:

• Pulleys
• Tension
• Friction problems

Strategy:

• Draw FBDs for every question
• Practice 25-30 PYQs
• Understand pseudo force, wedge motion

Concept	Formula
Newton’s 2nd Law	F = ma
Impulse	J = FΔt = Δp
Static friction	fs ≤ μs N
Kinetic friction	fk = μk N
Inclined plane force	mg sinθ
Normal reaction	mg cosθ

Accuracy in NLM directly improves rank.

Read Also: NEET UG 2026 Scoring Strategy: Why Most Students Lose Marks in These 10 Chapters?

4. Work, Energy & Power (4-12 Marks)

High-Yield:

• Work-energy theorem
• Force-displacement graphs
• Power for variable forces

Strategy:

• Strong conceptual foundation
• Practice graph-based questions
• Memorise energy conservation rules

Concept	Formula
Work done	W = F s cosθ
Kinetic energy	KE = ½ mv²
Potential energy	mgh
Power	P = dW/dt = Fv
Work-energy theorem	ΔKE = W

One of the most scoring chapters.

5. System of Particles & Rotational Motion (8-12 Marks)

High-Yield:

• Moment of inertia
• Rolling motion
• Torque & angular momentum

Strategy:

• Revise MOI formulas weekly
• Solve high-level PYQs
• Practice rolling motion problems

Concept	Formula
MOI of rod (center)	ML²/12
MOI of rod (end)	ML²/3
MOI of disc	MR²/2
MOI of solid sphere	2MR²/5
Torque	τ = Iα
Angular momentum	L = Iω
Rolling condition	v = ωR

Difficult for many aspirants, but predictable and high scoring if mastered.

6. Gravitation (4-8 Marks)

High-Yield:

• Satellite motion
• Escape velocity
• Variation of g

Strategy:

• Revise formulas thoroughly
• Practice 10-12 PYQs

Concept	Formula
Gravitational force	F = G M m / r²
Acceleration due to gravity	g = GM / r²
Potential energy	U = –GMm/r
Escape velocity	ve = √(2GM/R)
Orbital velocity	vo = √(GM/R)

Simple chapter, direct formula application.

7. Oscillations (4-8 Marks)

High-Yield:

• SHM time period formulas
• Spring combinations
• Energy distribution in SHM

Strategy:

• Memorise all SHM equations
• Practice conceptual PYQs

Concept	Formula
SHM time period	T = 2π√(m/k)
Spring series	1/k = 1/k₁ + 1/k₂
Spring parallel	k = k₁ + k₂
Displacement	x = A sin(ωt + ϕ)
Velocity	v = Aω cos(ωt + ϕ)
Acceleration	a = –ω²x

Easy chapter if formulas are mastered.

8. Waves (4 Marks)

High-Yield:

• Doppler effect
• Beats
• Standing waves

Strategy:

• Practice 15 PYQs from Doppler
• Revise string and organ pipe rules

Concept	Formula
Wave speed	v = fλ
Speed on string	v = √(T/μ)
Beats	fbeat =
Standing wave (string)	λ = 2L/n
Doppler effect	f’ = f (v / (v ∓ vs))

Regular repeating chapter.

9. Thermodynamics (4-8 Marks)

High-Yield:

• First law
• PV diagrams
• Adiabatic and isothermal processes

Strategy:

• Study the NCERT deeply
• Focus on PV-curve reading
• Practice numerical problems

Concept	Formula
First law	ΔQ = ΔU + ΔW
Work done	W = PΔV
Cp – Cv	R
Isothermal	PV = constant
Adiabatic	PVᵞ = constant
Efficiency	η = 1 – T₂/T₁

Consistent and predictable weightage.

10. Electrostatics (4 Marks)

High-Yield:

• Electric field
• Electric flux
• Capacitance combinations

Strategy:

• Revise formulas for parallel and series
• Solve 20 PYQs

Concept	Formula
Coulomb’s law	F = k q₁ q₂ / r²
Electric field	E = k q / r²
Electric potential	V = k q / r
Capacitance	C = εA/d
Capacitors series	1/C = 1/C₁ + 1/C₂
Capacitors parallel	C = C₁ + C₂

Must-master chapter.

11. Current Electricity (4 Marks)

High-Yield:

• Potentiometer
• Wheatstone bridge
• Meter bridge
• Kirchhoff’s rules

Strategy:

• Daily practice of circuit questions
• Build formula accuracy
• Solve every PYQ from 2015-2024

Concept	Formula
Ohm’s Law	V = IR
Resistance	R = ρL/A
Series resistance	R = R₁ + R₂
Parallel resistance	1/R = 1/R₁ + 1/R₂
Power	P = VI = I²R = V²/R
Wheatstone condition	R₁/R₂ = R₃/R₄
Potentiometer	V ∝ l

One of the highest ROI chapters.

12. Magnetism & EMI (4-12 Marks)

High-Yield:

• Force on charge and current
• Torques
• Faraday’s and Lenz’s laws

Strategy:

• Learn all right-hand and left-hand rules
• Solve EMI PYQs thoroughly

Magnetism

Concept	Formula
Force on charge	F = qvB sinθ
Force on current	F = BIL sinθ
Torque	τ = nBIA
Magnetic field (wire)	B = μ₀ I / (2πr)

EM Induction (EMI)

Concept	Formula
Faraday’s Law	e = – dΦ/dt
Induced EMF	e = BLv
Self-induction	e = –L (dI/dt)
Mutual induction	e = –M (dI/dt)

Consistent 4 marks every year.

13. Alternating Current (4 Marks)

High-Yield:

• RMS value
• Impedance
• Resonance

Strategy:

• Memorise AC formulas
• Practice LCR circuit questions

Concept	Formula
AC Voltage	V = V₀ sin(ωt)
RMS value	Vrms = V₀/√2
XL	ωL
XC	1/(ωC)
Impedance	Z = √(R² + (XL – XC)²)

One of the easiest chapters.

14. Optics (4-8 Marks)

High-Yield:

• Lens formula
• Mirror formula
• YDSE
• Interference patterns

Strategy:

• Practice numerical problems
• Learn sign conventions
• Solve 40-50 PYQs

Concept	Formula
Mirror formula	1/f = 1/v + 1/u
Lens formula	1/f = 1/v + 1/u
Magnification	m = v/u
Refraction law	n₁ sinθ₁ = n₂ sinθ₂
Critical angle	sin c = n₂/n₁
YDSE fringe width	β = λD/d

This is a rank-deciding chapter. Master it fully.

15. Modern Physics (4-8 Marks)

High-Yield:

• Photoelectric effect
• Atomic models
• Nuclear decay
• Semiconductors

Strategy:

• Memorise every NCERT formula
• Solve 50+ PYQs
• Give special attention to semiconductor physics

Concept	Formula
Photoelectric effect	Kmax = hf – Φ
Einstein equation	E = hf
de Broglie wavelength	λ = h/p
Radioactive decay	N = N₀ e^(–λt)
Half-life	T½ = ln2 / λ
Binding energy	ΔE = Δm c²

This is the single most scoring and predictable part of Physics. Must be mastered for 150+.

Read Also: NEET UG 2026 Guide for Droppers: How to Start From Zero to Hero!

High-Yield vs Low-Yield Chapters

High-Yield (Essential for 140-160+):

• Modern Physics
• Current Electricity
• Optics
• Electrodynamics
• Magnetism
• Thermodynamics
• Rotational Motion

Moderate-Yield:

• Waves
• Oscillations
• Gravitation
• Work Energy

Low-Yield:

• Units & Dimensions
• Errors
• Vectors

This tells you exactly where to spend your time.

Daily Study Plan for Physics (2.5 Hours/Day)

Task Distribution:

• Formula revision: 15 minutes
• NCERT reading: 20 minutes
• PYQs (10-12): 40 minutes
• DPP practice: 45 minutes
• Timed mini test: 30 minutes

This routine, followed for 60 days, guarantees an improvement of 40-60 marks.

Weekly Plan (Rank Booster Routine)

• Monday: Mechanics
• Tuesday: Electrodynamics
• Wednesday: Optics and Waves
• Thursday: Thermodynamics
• Friday: Modern Physics
• Saturday: Full Physics Mock Test
• Sunday: Revision + Weak areas

This is the exact plan used by toppers to maximise retention and accuracy.

NCERT-First Rule (Non-Negotiable)

Follow this simple formula for NEET Physics preparation: start with NCERT, then solve PYQs, and finally practice Chapter-wise DPPs.

Use NCERT especially for Optics, Thermodynamics, Modern Physics, and Semiconductors. Always master the theory thoroughly before attempting problems.

Your Physics Marks will Improve if You Follow the Plan

Students who score 160+ in NEET Physics don’t study randomly. They follow:

• Chapter priority
• NCERT-first learning
• 10-year PYQ pattern
• Weekly mock tests
• Daily consistency

If you apply this chapter-wise plan with discipline, your Physics score will improve rapidly.