Chapter-Wise NEET 2025 Physics Mock Test with Answers and Solutions
NEET Physics Electromagnetic Waves Mock Test 3 – Online Free [2025 NTA Pattern]
Mastering the chapter on Electromagnetic Waves is essential to scoring well in NEET Physics. This topic not only deepens your conceptual understanding but also features regularly in NEET and other medical entrance exams. Attempting this Electromagnetic Waves Mock Test 3 gives you hands-on practice with the NEET 2025 exam format.
Electromagnetic waves are crucial in Physics for topics spanning light, communication, and even medical imaging. The NEET Physics Electromagnetic Waves Mock Test 3 is meticulously curated to help students gauge their understanding, speed, and accuracy under real exam conditions. With instant evaluation, it helps you track your progress with every attempt.
What Makes This Electromagnetic Waves Mock Test Unique?
Each question in this mock test is developed by NEET experts and follows the NTA 2025 NEET pattern. Covering every aspect of the chapter, questions range from basics like electromagnetic spectrum properties to in-depth concepts such as wave propagation and Maxwell’s equations. The test simulates the difficulty, diversity, and marking scheme you will face in the NEET UG Physics section.
Answering questions in a time-bound environment prepares you for the fast-paced exam day scenario. With live ranking and instant scoring, this practice test empowers you to monitor your strengths and address weak areas—key strategies recommended by NEET toppers and mentors over the years.
Essential NEET 2025 Preparation Insights for Electromagnetic Waves
Acing Electromagnetic Waves involves a mix of concept clarity and rigorous problem-solving. This chapter intersects with multiple NEET topics including optics, current electricity, and modern physics, making it high-return for effective revision. Practising mock tests regularly helps you build precision, speed, and familiarity with the variety of MCQs asked.
Attempting chapter-wise mock tests like this one supports deep-dive revision and helps in identifying micro-concepts, such as the relationship between electric and magnetic fields, spectrum analysis, and EM wave applications. This NEET Physics mock test series provides solutions after every attempt, supporting you with full answer clarity.
| Type of EM Wave | Typical Frequency (Hz) | Major Application |
|---|---|---|
| Radio waves | 104 – 108 | Communication, Radio, TV |
| Microwaves | 108 – 1012 | Radars, Cooking |
| Infrared | 1012 – 4×1014 | Remote controls, Thermal imaging |
| Visible light | 4×1014 – 7.5×1014 | Vision, Photosynthesis |
| Ultraviolet | 7.5×1014 – 1016 | Sterilization, Fluorescence |
| X-rays | 1016 – 1020 | Medical imaging |
| Gamma rays | 1020 and above | Cancer therapy, Nuclear reactions |
Benefits of Practising Chapter-Wise NEET Physics Mock Tests
Regular mock tests give deeper insights into your time usage, question accuracy, and ability to retain key Electromagnetic Waves formulas. After every attempt, you receive detailed feedback that helps set targets for your next revision cycle. This immediate result feature is especially valuable for NEET aspirants juggling board exams and medical entrance preparation.
Consistent practice using free and premium NEET mock tests not only builds confidence but also improves your answer selection skills—reducing negative marking due to silly mistakes. Using both chapter-wise and full-length NEET Physics tests helps identify strong and weak areas, optimizing your study plan close to the exam.
- Practice subject-wise and topic-wise mocked NEET tests designed as per the latest NTA pattern for 2025.
- Instant AIR prediction, live scoring, and time analysis to benchmark your performance.
- Access answer explanations and solutions for every test free of cost.
- Monitor improvements in time management and test accuracy with analytics reports.
How to Maximize Your Score in Electromagnetic Waves for NEET UG
Before final NEET revision, take this chapter-wise Electromagnetic Waves Mock Test 3 without reference materials to mimic real exam conditions. Once completed, analyze which conceptual blocks or formulae you missed and focus your revision accordingly. Attempt the same test after a gap to witness measurable improvement in both speed and accuracy.
As recommended by expert NEET mentors and past toppers, mixing both previous year question practice and NEET online mock tests provides an unbeatable edge. Regularly review solutions, note recurring mistakes, and pay attention to tricky MCQ wording—sometimes a single keyword changes the answer.
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NEET Chapter Wise Mock Test Links
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|---|---|
| 1 | NEET Chapter Wise Mock Test |
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|---|---|
| 1 | NEET Biology Mock Test |
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Essential Study Materials Links for NEET UG 2025
FAQs on NEET Physics Electromagnetic Waves Mock Test 3 – Free Online Practice for 2025
1. What are electromagnetic waves and how are they produced?
Electromagnetic waves are waves that consist of oscillating electric and magnetic fields, which propagate through space at the speed of light. They are produced whenever a charged particle, such as an electron, undergoes acceleration, resulting in the creation of time-varying electric and magnetic fields perpendicular to each other and the direction of wave propagation.
2. What is the main difference between magnetic waves and electromagnetic waves?
Magnetic waves alone do not exist independently; a changing magnetic field is always associated with a changing electric field, together forming electromagnetic waves. Electromagnetic waves contain both perpendicular electric and magnetic fields that oscillate in phase and propagate together, while a single magnetic wave is a part of the electromagnetic field and cannot travel alone in free space.
3. Can humans feel electromagnetic waves, such as EMF waves, directly?
Most electromagnetic waves (such as radio waves, microwaves, X-rays, and gamma rays) cannot be felt by human senses directly. However, certain strong electromagnetic waves, like infrared waves, can be sensed as heat, and visible light is detected by our eyes. Extremely high-intensity electromagnetic fields may cause heating or electrical effects on the human body, but normal environmental EMFs are not directly felt.
4. What are some common symptoms of overexposure to strong electromagnetic waves?
Overexposure to very strong electromagnetic waves (well above typical environmental levels) may cause symptoms such as:
- Heating of the body tissues (thermal effects)
- Skin burns (microwave or RF exposure)
- Temporary nerve or muscle stimulation (at very high field strengths)
5. What is the speed of electromagnetic waves in vacuum?
Electromagnetic waves travel at a constant speed of 3 × 108 m/s (speed of light, denoted by c) in vacuum. This speed is independent of frequency or wavelength for all types of electromagnetic radiation.
6. List some examples of electromagnetic waves found in daily life.
Examples of electromagnetic waves in daily life include:
- Radio waves (radio and TV broadcasting)
- Microwaves (microwave ovens, mobile phones)
- Infrared rays (remote controls, heat lamps)
- Visible light (sunlight, LEDs)
- Ultraviolet rays (UV lamps, sun rays)
- X-rays (medical imaging)
- Gamma rays (nuclear medicine, cosmic sources)
7. What is the formula for the velocity of electromagnetic waves in a medium?
The speed (v) of electromagnetic waves in a medium is given by:
v = 1 / √(μϵ),
where μ is the absolute permeability and ϵ is the absolute permittivity of the medium. In vacuum, v = c = 1 / √(μ0ϵ0).
8. Are electromagnetic waves longitudinal or transverse in nature?
All electromagnetic waves are transverse waves, because the electric field (E) and magnetic field (B) oscillate at right angles (perpendicular) to the direction of wave propagation and to each other.
9. What is the role of Maxwell’s equations in understanding electromagnetic waves?
Maxwell’s equations are the set of four fundamental equations that describe how electric and magnetic fields interact and propagate. They predict the existence, speed, and properties of electromagnetic waves and show that changing electric fields produce magnetic fields and vice versa, leading to the concept of electromagnetic wave propagation.
10. How can NEET aspirants test their knowledge of electromagnetic waves online?
NEET aspirants can access free and premium online mock tests on platforms like Vedantu, which provide:
- Chapter-wise and full-length mock tests
- Detailed solutions and instant scoring
- Performance analytics, AIR prediction, and time-tracking
11. What types of questions are typically asked about electromagnetic waves in NEET Physics exams?
Common NEET questions on electromagnetic waves include:
- Nature and properties (transverse nature, speed, direction)
- Relation between frequency, wavelength and speed (v = fλ)
- Derivation and application of Maxwell’s equations
- Identification of types (radio, microwave, etc.) and uses
- Calculation-based questions on wave parameters and energy
12. How to identify areas of improvement using electromagnetic wave mock tests?
After attempting electromagnetic waves mock tests, review the detailed solutions and analytics provided. Focus on:
- Questions attempted incorrectly or left blank
- Time spent per question and topic
- Accuracy versus number of attempts
- Score trends and performance reports
