Modern Physics
Modern Physics: Overview
Modern Physics covers chapters such as Nuclei, Atoms, Electromagnetic Waves, Electronic Devices, Communication Systems and, Dual Nature of Radiation and Matter
Practice Other Chapters from Modern Physics
This chapter provides a basic idea of displacement current. It highlights the characteristics of electromagnetic waves and briefs on Maxwell's equation. We will also learn about the transverse nature of electromagnetic waves, along with the spectrum.
This chapter helps us imbibe the photoelectric effect and Einstein's photoelectric equation. It also explains the particle and wave nature of light and matter along with Davisson Germer experiment.
This chapter explains the smallest particle of matter and experiment involved in the discovery of the nuclear model of the atom. It also discusses De Broglie's Explanation of Bohr's model along with the line spectra of the hydrogen atom.
This chapter explains in detail the atomic masses and the components of the nucleus. It also elaborates the concepts behind nuclear force, radioactivity, nuclear energy along with nuclear binding energy and mass-energy.
This chapter covers topics like intrinsic and extrinsic semiconductor, energy band theory and electrical properties of matter, junction diode, junction transistor, digital electronics and logic gates.
This chapter explores the basics of the communication system. It discusses the bandwidth of signals and transmission medium. It explains the earth’s atmosphere, antenna and various modes of propagation. It also describes the modulation and networks.
