NEET UG Physics: Oscillations and Waves chapter-wise test
50 timed practice mocks on Oscillations and Waves, each with 50 questions (2,500 medium across the set). Attempt one under exam conditions, then review every answer.
Start the first mockWhat Oscillations and Waves mocks cover
Questions in this unit come from Simple Harmonic Motion and Wave Motion. Revise the topics with the most questions first.
| Topic | Questions | Share |
|---|---|---|
| Simple Harmonic Motion | 1,325 | 53% |
| Wave Motion | 1,175 | 47% |
Oscillations and Waves practice mocks
- NEET UG Physics: Oscillations and Waves — Topic Mock 001 50 questions · 50 min · Free
- NEET UG Physics: Oscillations and Waves — Topic Mock 002 50 questions · 50 min · Free
- NEET UG Physics: Oscillations and Waves — Topic Mock 003 50 questions · 50 min · Free
- NEET UG Physics: Oscillations and Waves — Topic Mock 004 50 questions · 50 min · Free
- NEET UG Physics: Oscillations and Waves — Topic Mock 005 50 questions · 50 min · Free
- NEET UG Physics: Oscillations and Waves — Topic Mock 006 50 questions · 50 min · Free
- NEET UG Physics: Oscillations and Waves — Topic Mock 007 50 questions · 50 min · Free
- NEET UG Physics: Oscillations and Waves — Topic Mock 008 50 questions · 50 min · Free
- NEET UG Physics: Oscillations and Waves — Topic Mock 009 50 questions · 50 min · Free
- NEET UG Physics: Oscillations and Waves — Topic Mock 010 50 questions · 50 min · Free
- NEET UG Physics: Oscillations and Waves — Topic Mock 011 50 questions · 50 min · Free
- NEET UG Physics: Oscillations and Waves — Topic Mock 012 50 questions · 50 min · Free
- NEET UG Physics: Oscillations and Waves — Topic Mock 013 50 questions · 50 min · Free
- NEET UG Physics: Oscillations and Waves — Topic Mock 014 50 questions · 50 min · Free
- NEET UG Physics: Oscillations and Waves — Topic Mock 015 50 questions · 50 min · Free
- NEET UG Physics: Oscillations and Waves — Topic Mock 016 50 questions · 50 min · Free
- NEET UG Physics: Oscillations and Waves — Topic Mock 017 50 questions · 50 min · Free
- NEET UG Physics: Oscillations and Waves — Topic Mock 018 50 questions · 50 min · Free
- NEET UG Physics: Oscillations and Waves — Topic Mock 019 50 questions · 50 min · Free
- NEET UG Physics: Oscillations and Waves — Topic Mock 020 50 questions · 50 min · Free
- NEET UG Physics: Oscillations and Waves — Topic Mock 021 50 questions · 50 min · Free
- NEET UG Physics: Oscillations and Waves — Topic Mock 022 50 questions · 50 min · Free
- NEET UG Physics: Oscillations and Waves — Topic Mock 023 50 questions · 50 min · Free
- NEET UG Physics: Oscillations and Waves — Topic Mock 024 50 questions · 50 min · Free
Questions about these tests
How many NEET UG Oscillations and Waves practice tests are there?
There are 50 chapter-wise mocks for Physics: Oscillations and Waves, each with 50 questions.
Which topics do the Oscillations and Waves mocks cover?
The questions are drawn from Simple Harmonic Motion and Wave Motion. The table on this page shows how many questions come from each.
Are these official NEET questions?
No. They are practice questions written to follow the notified NEET UG syllabus for Physics. They are not NTA papers. For real past papers, use the previous-year NEET papers linked on this page.
Are the Oscillations and Waves mocks free?
Yes. All 50 mocks are free to attempt.
How should I use chapter-wise tests for NEET?
Revise Oscillations and Waves first, attempt one mock under time pressure, then review every wrong answer and note the topic it came from. Repeat with a fresh mock until your accuracy in this chapter is steady.
More NEET UG Physics chapters
- Atoms and Nuclei
- Current Electricity
- Dual Nature of Matter and Radiation
- Electromagnetic Induction and Alternating Currents
- Electromagnetic Waves
- Electronic Devices
- Electrostatics
- Experimental Skills
- Gravitation
- Kinematics
- Kinetic Theory of Gases
- Laws of Motion
- Magnetic Effects of Current and Magnetism
- Optics
- Physics and Measurement
- Properties of Solids and Liquids
- Rotational Motion
- Thermodynamics
- Work, Energy and Power

