Physics Crash Course NEET

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Solutions of Wave Optics from Physics Crash Course NEET

The detailed solutions to all the exercises of Wave Optics from Physics Crash Course NEET for NEET are provided here. The topics covered are such as Level 1, Level 2 and, Level 3. Students can practice frequently asked questions from this chapter.

Attempt the practice questions on Chapter 18: Wave Optics, Exercise 1: Level 1 with hints and solutions to strengthen your understanding. Physics Crash Course NEET solutions are prepared by Experienced Embibe Experts.

Embibe Experts Solutions for Chapter: Wave Optics, Exercise 1: Level 1

Attempt the practice questions on Chapter 18: Wave Optics, Exercise 2: Level 2 with hints and solutions to strengthen your understanding. Physics Crash Course NEET solutions are prepared by Experienced Embibe Experts.

Embibe Experts Solutions for Chapter: Wave Optics, Exercise 2: Level 2

Attempt the practice questions on Chapter 18: Wave Optics, Exercise 3: Level 3 with hints and solutions to strengthen your understanding. Physics Crash Course NEET solutions are prepared by Experienced Embibe Experts.

Embibe Experts Solutions for Chapter: Wave Optics, Exercise 3: Level 3

This unit discusses the concepts related to electromagnetic waves and their production. We will learn about electromagnetic spectrum, emission spectra, absorption spectra, and Fraunhofer lines with the aid of experiments.

Electromagnetic Waves

This unit covers the concept of work, such as work done by constant and variable forces, types of energy and more. It elaborates on the three physical quantities, namely work, energy, power, with their significance.

Work, Energy and Power

In this chapter, we learn about the magnetic effects of electric current. It explains Biot-Savart law, magnetic force, and Ampere?? law. We also explore the force on a current-carrying conductor in the uniform magnetic field.

Magnetic Effects of Current and Magnetism

This chapter talks about the concept of gravitation. We will learn about the universal law of gravitation and its importance. It describes free fall and acceleration due to gravity. We will learn about mass weight and their measurements.

Gravitation

This chapter elucidates electromagnetic induction and alternating currents. It covers magnetic flux, Lenz?? law, and faraday?? laws of electromagnetic induction.

Electromagnetic Induction and Alternating Currents

This chapter talks about Physics and its relation with the environment. It explains the nature of Physical laws and the measurement of physical quantities. It also discusses error analysis and dimensional analysis.

Physical World and Measurement

This chapter highlights the dual nature of matter and radiation. We study the De-Broglie hypothesis, photoelectric effect, and Einstein?? Photoelectric Equation here.

Dual Nature of Matter and Radiation

This chapter demonstrates the discovery and properties of atoms and nuclei. We learn Rutherford?? gold-foil experiment and Bohr?? theory of the Hydrogen atom. It also includes examples and exercises for our practice.

Atoms and Nuclei

This chapter discusses the behaviour of perfect gas and the kinetic theory of gases. It explains the concepts of an ideal gas and how gas is related to tiny particle. It also describes the various properties of gas which have direct applications in real life.

Behaviour of Perfect Gas and Kinetic Theory

This unit discusses the role of electrostatic force in our day-to-day life. It briefs on Gauss law, capacitors in series and parallel combination. We will also study the working principle of Van de Graaff generator.

Electrostatics

This unit outlines the types of systems and their relations with their surroundings. The different laws, energies, enthalpy and thermodynamic processes are explained. We also learn the methods to calculate spontaneity and equilibrium constant.

Thermodynamics

This unit explains Newton's laws, conservation of momentum, and frictional, centripetal and centrifugal forces with their origin. It aids in learning the most curiosity-driven scientific concept of motion of objects.

Laws of Motion

Properties of Bulk Matter

This chapter discusses electronic devices. We will learn about conductors, insulators, and semiconductors. Band theory of solid, interesting numerical values, solar cell, junction transistor, digital electronics, etc., are also discussed here.

Electronic Devices

This chapter talks about waves. We will understand some basic facts of the progressive wave and harmonic waves. The wavelength of the harmonic wave, phase velocity, and intensity of a wave is described. It explains sound waves and the Doppler effect.

Waves

This chapter introduces us to the basic terms in geometrical optics. It details the reflection and refraction of light by plane and curved surfaces. It describes the dispersion of light along with the phenomenon of atmospheric refraction.

Ray Optics

This chapter discusses the motion of the system of particles and rigid body. It describes the concepts of centre of mass and its different aspects. It also explains how a body can rotate about a fixed axis and its different applications.

Motion of System of Particles and Rigid Body

This chapter focuses on the concept of motion in a straight line and plane. It details variable acceleration and graphical representation of motion. It further elaborates on projectile motion and relative motion.

Kinematics

This chapter talks about the potential and potential difference of a cell, free electrons, and the current flowing through a wire. It also briefs on the conductors and insulators. Moreover, it discusses Ohm?? law and resistance.

Current Electricity

This chapter talks about oscillations. It describes free and forced oscillations. It defines simple harmonic motion and represents it graphically. We will learn to observe oscillations in a mass-spring system, long pendulum, and loudspeaker cone.

Oscillations

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Solutions of Wave Optics from Physics Crash Course NEET

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Exercise Questions from Wave Optics

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