HC Verma Light Waves Solutions (Chapter 17)
HC Verma Concepts of Physics Part-1 Light Waves Solutions are designed to help you understand the chapter thoroughly. This chapter of HC Verma Solutions is divided into various parts that will help you understand concepts like wavelength, frequency, and speed of light. You will also solve questions related to the Huygen’s Principle, the reflection and refraction of light, and Young’s Double-Slit Experiment. HC Verma Light Waves Solutions consists of all these important topics from which questions are developed in the competitive exams such as IIT JEE and NEET.
Concepts of Physics ‘Light Waves’ Chapter has a total of 4 exercises with 79 different types of questions such as fill in the blanks, match the following, short answer type questions, long answer type questions, state true or false, etc. to test your knowledge about the topics of the chapter. If you want to practice the HC Verma questions of the chapter with confidence and you are keen to make proper use of your study time, then HC Verma Light Waves Solutions provided by Instasolv are a must for you.
The HC Verma Part 1 Physics Solutions for Light Waves provided by our experts are detailed yet in simple language to ensure that you have a better overall understanding of the chapter. We aim at helping you to enhance your answer writing skills for exams. With the help of our HC Verma Concepts of Physics Part 1, you will also be able to handle any type of questions in CBSE Class 11 exams. Also, these solutions will help you in JEE Mains preparation.
Important Topics for HC Verma Concepts of Physics Part-1 Solutions Chapter 17: Light Waves
Huygen’s principle defines that each and every point on the wavefront is considered as a cause of secondary spherical wavelets which disperse in the direction of the speed of the light. For all the secondary wavelets, the new wavefront is the only tangential surface.
The optical path is defined as the route that the light follows while travelling an optical medium. By using folded optics the physical length of an optical appliance can be decreased to less than the length of the optical path.
Diffraction of Light
Diffraction is a phenomenon that takes place when a wave encounters a barrier or an aperture. It is described as the winding of waves around the corners of a problem or through an aperture into the region of the geometrical shadow of the aperture. The bending object or aperture efficiently becomes a secondary foundation of the propagating wave.
Coherent and Incoherent Sources
The cause of light that produces light waves of the same frequency, the same wavelength in a constant phase difference is known as the coherent source of light. Laser light emits coherence, it is an example of a coherent source.
The wave that emits light with random and frequent changes and that doesn’t have constant phase difference is known as the incoherent source. Tungsten filament lamps and ordinary fluorescent tubes are examples of incoherent light waves.
Scattering of Light
Scattering is defined when the energy waves like light and sound are produced to depart from a straight route due to defects in the medium. The wave energy that is reflected in various directions which are not easy to calculate is a unique type of scattering.
Limit of Resolution
The limit of resolution is an amount of ability of the objective lens to detach in the image adjacent details that are present in an entity. It is the distance between two points in an entity that is just determined in the image. The limit of resolution of an optical system is eventually limited by diffraction by the slit. Thus it is not possible for the optical system to form a perfect image of a point.
Exercise-wise Discussion for HC Verma Concepts of Physics Part-1 Solutions Chapter 17: Light Waves
Exercise 1 – Short Answer Type Questions
Exercise 1 of HC Verma Light Waves Solutions contains 11 short answer type questions with solutions. Follow now for your better understanding of the concept.
Exercise 2 – Objective Type Questions I
You‘ll find 17 multiple-choice questions in this exercise of HC Verma Part 1 Light Waves. These questions are based on Friction as the Huygen’s Principle, the reflection and refraction of light, and Young’s Double-Slit Experiment. In these questions, you are required to choose the correct answer out of the four options given.
Exercise 3 – Objective Type Questions II
This exercise consists of 10 objective type questions. These are high order thinking questions and will help you improve your analytical skills.
Exercise 4 – Long Answer Type Questions
This exercise consists of a total of 41 long answer type questions. Practice well to clear your concepts.
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