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3 Days Timetable: Dual Nature of Matter and Radiation | Physics for JEE Main & Advanced PDF Download

Let's explore the Physics chapter called "Dual Nature of Matter and Radiation" and how it's important for the JEE exam. By studying the past years JEE questions spanning from 2016 to 2023, we can see that this chapter is really important in the exam. Understanding the concepts in this chapter is crucial for success in the JEE exam.

Meet Your Timetable Goals with EduRev!


The study plan for this chapter offers you a schedule to manage your time effectively for learning and practicing the chapter thoroughly. By following this plan diligently, you'll be well-prepared to tackle even the most challenging questions asked in JEE related to each chapter. EduRev makes your preparation easier and saves you time by providing comprehensive resources for each topic. These resources include chapter notes, videos, and tests for every topic and chapter. To access these valuable resources, including documents, videos, and tests, simply click here.

Topics to Cover


Before jumping into the study plan, let's go through the topics we have to cover in this chapter:

  1. Electron Emission, Photoelectric Effect & Wave Theory of Light
  2. Experimental Study of Photoelectric Effect
  3. Modern Physics
  4. Einstein’s Photoelectric Equation: Energy Quantum of Radiation
  5. Davisson Germer Experiment: Electron Diffraction
  6. Particle Nature of Light, Wave Nature of Matter & de Broglie's Equation

Day 1: Electron Emission, Photoelectric Effect & Wave Theory of Light, Experimental Study of Photoelectric Effect & Modern Physics


Topic 1: Electron Emission, Photoelectric Effect & Wave Theory of Light

  • Study the theory, focusing on concepts like photoelectric effect and wave theory of light.
  • Utilize EduRev resources for in-depth notes and explanations.
  • Solve practice questions from HC Verma and DC Pandey.

Topic 2: Experimental Study of Photoelectric Effect

Topic 3: Modern Physics

  • Study the basics of modern physics.
  • Review important formulas using EduRev resources.
  • Solve JEE Advanced (Single Correct MCQs) from EduRev.

Day 2: Einstein’s Photoelectric Equation: Energy Quantum of Radiation & Davisson Germer Experiment: Electron Diffraction


Topic 4: Einstein’s Photoelectric Equation: Energy Quantum of Radiation

  • Understand Einstein’s photoelectric equation and its implications.
  • Solve problems from Irodov to strengthen your understanding.
  • Practice questions from the NCERT Textbook & Solutions for a comprehensive review.

Topic 5: Davisson Germer Experiment: Electron Diffraction

Day 3: Particle Nature of Light & Wave Nature of Matter & de Broglie's Equation


Topic 6: Particle Nature of Light, Wave Nature of Matter & de Broglie's Equation

  • Learn about the particle-wave duality of matter and de Broglie's equation.
  • Solve practice problems from DC Pandey to reinforce your understanding.
  • Practice questions from the NCERT exercise using solutions available on EduRev.

Revision


On this day, review all the topics you've covered so far and test yourself by solving questions from the following sources:

Remember that the best way to review and improve your understanding of these topics is to solve questions. If you find a question tricky, it's a sign that you might not fully grasp that topic. In that case, revisit the topic and study it again, and solve more related questions.

It's important to realize that you should study all your subjects at the same time. EduRev offers timetables for all your other subjects too, so you can plan your study schedule for all your subjects, not just one subject.

By following this well-structured study plan and utilizing EduRev's resources, you'll be well-prepared to excel in the JEE Physics exam. 

Here are the links categorized at the end of the study plan:
Study Resources:

Practice Questions and Tests:Past Year Papers and Exemplar Questions:

These resources will be invaluable in your preparation for the JEE Physics exam. 

Good luck with your studies!

The document 3 Days Timetable: Dual Nature of Matter and Radiation | Physics for JEE Main & Advanced is a part of the JEE Course Physics for JEE Main & Advanced.
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FAQs on 3 Days Timetable: Dual Nature of Matter and Radiation - Physics for JEE Main & Advanced

1. What is the photoelectric effect?
Ans. The photoelectric effect refers to the phenomenon where electrons are emitted from a material's surface when it is exposed to light. It was first explained by Albert Einstein and is important in understanding the particle nature of light and the concept of energy quantization.
2. How does the photoelectric effect support the wave theory of light?
Ans. The photoelectric effect provides evidence for the particle nature of light rather than its wave nature. According to the wave theory of light, the intensity of light should determine the energy transferred to the electrons. However, the photoelectric effect shows that only light with sufficient energy (frequency) can cause electron emission, regardless of its intensity.
3. What is the significance of the Davisson-Germer experiment?
Ans. The Davisson-Germer experiment demonstrated the wave nature of matter, specifically electrons. It involved firing electrons at a crystal and observing the pattern of diffraction. The observed diffraction pattern confirmed that electrons can behave as waves, supporting the wave-particle duality concept.
4. How does de Broglie's equation relate to the dual nature of matter and radiation?
Ans. De Broglie's equation states that every particle, including matter particles like electrons, has a wave-like character. It relates the wavelength (λ) of a particle to its momentum (p) through the equation λ = h/p, where h is the Planck's constant. This equation suggests that particles such as electrons have both wave and particle properties, supporting the concept of dual nature.
5. What is the energy quantum of radiation?
Ans. The energy quantum of radiation, also known as a photon, is the smallest indivisible unit of energy associated with electromagnetic radiation. It is given by the equation E = hf, where E is the energy, h is Planck's constant, and f is the frequency of the radiation. This concept is central to understanding the quantization of energy in the context of light.
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