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NEET Physics and Measurement Mock Test 2025 – Chapterwise Online Practice & Solutions

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Physics and Measurement: Important NEET MCQs, Answers, and Scoring Tips

Get ready to master the NEET Oscillations and Waves Mock Test 2025 and sharpen your Physics preparation with our specially crafted chapterwise online practice sets. Designed for ambitious NEET aspirants, this resource will help you target your weak areas and boost your confidence for exam day.


Practice the most important MCQs from topics like SHM, resonance, and wave properties. Each mock test comes with a detailed answer key, time management analytics, and valuable performance insights to give you the edge in NEET Physics 2026.


Challenge yourself, review key concepts, and download free mock test PDFs to make revision easy. Start practicing now and see your accuracy and speed improve with every attempt!


Sl No. Mock Test
1 NEET 2026 Oscillations and Waves Mock Test 1
2 NEET 2026 Oscillations and Waves Mock Test 2
3 NEET 2026 Oscillations and Waves Mock Test 3

Physics and Measurement: Important NEET MCQs, Answers, and Scoring Tips

Master NEET Physics 2025-26 by testing your conceptual clarity and speed on the most exam-relevant MCQs from Oscillations and Waves. This NEET Oscillations and Waves Mock Test 2025 is meticulously crafted per the latest NTA syllabus and mirrors the exact NEET exam pattern, blending fundamental concepts of SHM, resonance, standing and progressive waves, and more. Practicing with real-difficulty MCQs not only sharpens your understanding of key principles like phase difference, damped and forced oscillations, but also conditions you to manage time, improve accuracy, and tackle NEET-specific traps confidently.


Why the Oscillations and Waves Mock Test is Essential for NEET 2025

  • Replicates chapterwise weightage and question typologies from the official NEET Physics blueprint.
  • Multi-level MCQs target easy, moderate, and tricky zones—covering SHM derivations, velocity/energy formulae, superposition, and resonance effects.
  • Instant analytics after each MCQ: spot weak areas, benchmark speed, and adjust strategy accordingly.
  • Provides complete solutions with tricks for NEET numericals, graphical analysis, and wave property conceptualization.
  • Ideal for students aiming to score higher by mastering core oscillation formulas, wave motion calculations, and application-based reasoning.

Core Formulas and Principles for NEET Oscillations and Waves MCQs

Formula/Concept Application
Time Period of SHM: \( T = 2\pi \sqrt{\frac{m}{k}} \) Applies to spring-mass and oscillating systems for finding frequency/time period.
Restoring Force: \( F = -kx \) Defines Simple Harmonic Motion, proportional to displacement from equilibrium.
Maximum Velocity in SHM: \( v_{max} = \omega A \) Calculating the peak speed of an oscillating particle (A=amplitude, ω=angular frequency).
Wave Speed: \( v = f\lambda \) Connects frequency and wavelength; central for sound and wave propagation MCQs.
Damped Oscillation Equation: \( x = A e^{-\beta t} \cos(\omega' t + \phi) \) Describes amplitude decay due to resistance/friction over time.
Resonance Condition: \( f_{driving} = f_{natural} \) Resonance MCQs; sharp increase in amplitude when frequencies match.
Principle of Superposition Resultant displacement is the algebraic sum for multiple overlapping waves.
Doppler Effect for Sound: \( f' = \frac{f(v \pm v_o)}{(v \mp v_s)} \) Frequency shift when source/observer moves; frequently asked in NEET.

Focus Areas and Scoring Tips for NEET Oscillations and Waves

  • Prioritize SHM formulas and resonance—these yield quick, scoring NEET MCQs.
  • Practice graphical MCQs (displacement, velocity, energy vs. time) to avoid common traps.
  • Understand the physical meaning of amplitude, phase, node/antinode formation, and wave energy transfer.
  • Revise NEET PYQs on damped oscillations, Doppler effect, and standing wave patterns.
  • Time yourself strictly—average 1–1.2 minutes/question to simulate real NEET pressure.

Oscillations and Waves: NEET Exam Practice Breakdown (2022–2025)

Exam Year MCQ Count Approximate Weightage Trending and Must-Solve Subtopics
2024 2–3 ~8% Resonance, SHM concepts, Doppler effect, Wave equations
2023 2 7–8% Velocity in SHM, energy graphs, standing waves
2022 3 ~9% Simple pendulum, phase difference, superposition, beats

  • Maintain focus on 2–3 NEET MCQs each year from this chapter.
  • Direct formula-based and calculation-heavy MCQs are frequent—master the mathematical approach.
  • Be ready for at least one application-based or conceptual reasoning question.

Difficulty & Time Analytics for Oscillations and Waves NEET MCQs

Difficulty Level Proportion (%) MCQ Example Topics Test-Taking Strategy
Easy 30 SHM time period, amplitude, definition-based Attempt first to build exam momentum and confidence.
Moderate 50 Resonance, wave speed, calculation MCQs, Doppler effect numericals Apply elimination and recall NEET PYQ trends to solve efficiently.
Hard 20 Damped/forced oscillations, concept-linked multi-step questions Don’t get stuck—flag for review if spending >2 minutes.

For high performance, monitor your average response time per question; exceeding 1.2 minutes signals a need for speed practice on this chapter’s MCQs.


Common Student Challenges on Oscillations and Waves in NEET

  • Confusing SHM and general periodic motion—always check for proportional restoring force.
  • Missing phase relations in superposition and resonance-based MCQs.
  • Calculation errors in wave speed, Doppler effect, and energy formulas.
  • Neglecting ‘damped’ and ‘forced’ cases that appear increasingly often in NEET Physics.
  • Spending excess time on multi-step graph based or assertion-reason MCQs—flag and return later.

Exam-Driven Revision Checklist for Oscillations and Waves

  • Write down the definitions and units for all chapter formulae (e.g., amplitude, wavelength, frequency).
  • Practice difference and similarity between SHM and non-SHM oscillatory motion.
  • Prepare concise notes on resonance, damped/forced oscillations, and the principle of superposition.
  • Solve both theoretical and calculation-based MCQs; review error logs after every mock attempt.
  • Attempt chapterwise NEET Physics MCQ mock tests in a single stretch to build exam stamina and accuracy.

Oscillations and Waves NEET 2025: Concept Recap & Formula Table

Key Concept Formula / Statement Where to Apply
SHM Equation of Motion \( x(t) = A \sin(\omega t + \phi) \) Displacement, phase, amplitude problems
Total Energy in SHM \( E_{total} = \frac{1}{2} k A^2 \) Energy conservation, potential/kinetic split MCQs
Wave Equation \( y = A \sin(kx - \omega t + \phi) \) Progressive waves, displacement queries
Frequency & Period \( f = \frac{1}{T} \), \( T = \frac{1}{f} \) Direct and unit conversion MCQs
Doppler Effect (moving observer/source) \( f' = \frac{f(v \pm v_o)}{(v \mp v_s)} \) Apparent frequency, sound-based MCQs

Oscillations and Waves Quick Revision – Action Steps for NEET Success

  • Memorize all main equations for SHM, wave speed, and resonance; practice their derivations.
  • Review solved examples and tricky NEET numericals in time-bound sessions.
  • Pay special attention to questions involving phase, amplitude, and wave graphs.
  • Immediately analyze incorrect MCQs after each test—prioritize learning from solution steps.
  • Try previous year MCQs side-by-side with mock tests to understand NEET framing styles.

Expert Tips: Maximize Your NEET Oscillations and Waves Score

  • Don’t skip damped and forced oscillation theory—1 MCQ in NEET may combine these concepts with graphical evaluation.
  • Whenever stuck, eliminate two options using dimensional analysis or basic definitions.
  • Carefully watch for +4/-1 marking implications—skip questions if unsure after elimination.
  • During revision, voice-record or teach a friend SHM and wave formulas to retain better.
  • On exam day, conserve time by solving direct SHM/wave formula questions first, then return for time-intensive graphical or assertion MCQs.

Chapter-Wise FREE NEET 2025-26 Mock Test Links

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Subject-Wise Excellence: NEET Mock Test Links

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Important Study Materials Links for NEET Exams

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FAQs on NEET Physics and Measurement Mock Test 2025 – Chapterwise Online Practice & Solutions

1. What is the NEET Physics And Measurement Mock Test 2025?

The NEET Physics And Measurement Mock Test 2025 is a chapterwise online and PDF-based practice set created as per the latest NTA NEET pattern. Key features include:

  • 40+ MCQs covering all major concepts like units, dimensional analysis, errors, and significant figures
  • Online test with auto-timer, instant scoring, negative marking, and performance analytics
  • Printable PDF option with detailed answer key and solutions
  • Focuses on NEET-specific question types and exam-relevant topics
  • Solutions are curated by expert Physics faculty for clarity

2. How can I download the NEET Physics And Measurement Mock Test PDF with solutions?

You can easily download the NEET Physics And Measurement Mock Test PDF with full solutions by clicking the 'Download PDF' button provided in the mock test section. The downloadable PDF includes:

  • 40+ chapterwise MCQs with answer key
  • Step-by-step solutions and detailed explanations
  • Ready-to-print format for offline practice

3. Is the NEET Physics And Measurement Mock Test as per the 2025 NTA syllabus and pattern?

Yes, this mock test is strictly aligned with the updated NEET 2025 NTA syllabus and pattern. Key elements include:

  • Section A/B MCQ pattern, mixed difficulty as per new NEET guidelines
  • Marking scheme: +4 for correct, -1 for incorrect answer
  • Balanced conceptual, factual, and numerical MCQs
  • Includes important Physics And Measurement topics as per the latest exam trends

4. What topics are covered in the NEET Physics And Measurement Mock Test?

The mock test covers all essential Physics And Measurement topics required for NEET, such as:

  • Units and Dimensions
  • Significant Figures and Error Analysis
  • SI and CGS Unit Conversions
  • Dimensional Formulae and Applications
  • Order of Magnitude
  • Vectors in Measurement

5. Are detailed solutions and answer keys available for every MCQ in the NEET Physics And Measurement Mock Test?

Yes, every question in the NEET Physics And Measurement Mock Test comes with a detailed answer key and step-by-step solution so you can:

  • Understand correct answers and numerical calculations
  • Learn expert shortcuts and methods
  • Improve your exam technique and concept clarity
  • Avoid common mistakes in this important NEET chapter

6. How many questions should I practice for Physics And Measurement in NEET?

To master the Physics And Measurement chapter for NEET, you should ideally practice 40 to 50 quality MCQs covering all exam-relevant subtopics. Focus on:

  • Diverse question types (theory, numericals, conversions)
  • Previous year NEET questions (PYQs)
  • High-weightage areas like errors and dimensions

7. Is there negative marking in the NEET Physics And Measurement Mock Test?

Yes, the online NEET Physics And Measurement Mock Test includes negative marking to accurately simulate the real NEET exam. The marking scheme is:

  • +4 for every correct answer
  • -1 for every incorrect answer
  • 0 for unattempted questions

8. Can I compare my mock test scores with other NEET aspirants?

Yes, after completing the mock test online, you can access score analytics that show:

  • Your total score and percentage
  • Accuracy rate and section-wise performance
  • Comparison with peer averages and improvement tracking
This helps you analyse weak areas and build exam confidence.

9. Are solutions for the NEET Physics And Measurement Mock Test available in Hindi?

Currently, the solutions PDF is mainly available in English. If you require the Hindi version, you can request it via comments or email, and it may be provided for download depending on demand.

10. Why is Physics And Measurement important for NEET exam preparation?

Physics And Measurement forms the foundation for solving all NEET Physics numericals and is a high-weightage chapter. Its importance:

  • 2-3 MCQs appear in NEET every year (6–8 marks)
  • Builds concepts required for units, measurement, and data accuracy
  • Mistakes here can cause loss of easy marks due to calculation or conceptual errors
  • Practicing this chapter helps improve speed, accuracy, and confidence for the main Physics section