Skip to main content
☰
Expand
You are currently using guest access (
Log in
)
Call us : 011-27667099
E-mail :
illlearning@gmail.com
Home
Multimedia Resources
Online Resources
Courses
NME Project
Digital Libraries
Contact Us
Physics
Home
Courses
UnderGraduate Courses
Physics
Topic 1
Physics of Materials and Electronics
Print book
Print this chapter
Physics of Materials and Electronics
1. Bipolar junction transistor
Subject : Physics
Lesson : Bipolar junction transistor
Course Developer : Amit Kumar
University / Department : Sri Aurobindo College,
University of Delhi
Physics
General
Topic 1
Life Science
Centre of Mass Frame of Reference
Centrifugal force
Collision and Centre of Mass System
(1) Electric Field and Calculation of Electric Field for various systems
(2) Electric flux and Gauss’s law
(3) Application of Gauss’s law
(4) Electric dipole and its behavior under electric field
(5) Dielectric materials and Capacitors
(6) Polarization and Dielectric Materials
(7) Method of image
(8) Magnetic Field Lesson 3.1 Magnetic Field
(9) Chapter 3.2 Ampere’s Circuital Law and its Applications
(10) Magnetic Field Lesson 3.3 Magnetic Force
(11) Lesson 4.1 Magnetic parameters in matter, magnetization, magnetic field, susceptibility, permeability, relation between B, H, M
(12) Magnetic Properties of Matter Lesson 4.2 Ferromagnetism, B-H curve, hysteresis
(13) Chapter 5.1 Faraday’s law and Lenz’s law
(14) Electromagnetic Induction Lesson 5.2 Self and Mutual Inductance
(15) Maxwell's equation -Introduction of Displacement Current
(16) Chapter 6.1 Analysis of AC circuits using Kirchhoffs laws
(17) Chapter 6.2 A C Bridges for measurement of Capacitances and Inductances
(18) Lesson 6.3 Circuit Analysis Theorems
(19) Ballistic GalvanometerLesson 7.1 Basic Theory of the Ballistic Galvanometer
(20) Ballistic GalvanometerLesson 7.2 Basic Parameters associated with the Ballistic Galvanometer
(1) Zerith Law of Thermodynamics
(2) First Law of Thermodynamics
(3) Second law of thermodynamics
(4) Applications of Second law of thermodynamics
(5) Entropy I
(6) Change in Entropy and Third Law of Thermodynamics
(7) Maxwell’s Thermodynamical Relations
(8) Applications of Maxwell’s Thermodynamical Relations part1
(9) Applications of Maxwell’s Thermodynamical Relations Part -2
(10) Thermodynamic potentials
(11) Magnetic work and adiabatic cooling
(12) Phase transition
(13) Maxwell law of Distribution of velocities
(14) Root Mean Square Speed And Mean Free Path
(15) Transport Phenomena
(16) Behaviour of real gases
(17) Van der Waals gas equation
(18) Joule Thomson Effect
Differential Calculus
Differential Equations
Dynamics of system of particles
Euler Cauchy Equation
First Order Exact Differential Equations
First Order Homogeneous Differential Equations
First Order Separable Differential Equations
Fundamentals of Dynamics
Linear Momentum
Momentum of variable mass system
Non-inertial frame of reference
Oscillations
Partial Differentiation
Partial Differentiation & Maxima-Minima
Gamma & Beta Functions, Error Function
superposition of perpendicular hormonic motion-report
System_with_two_degrees_of_freedom
CHAPTER-COUNTERS
CHAPTER-SHIFT REGISTERS
Computer Organization_ Input_output and data storage devices
Hexadecimal number system and arithmetic
Rotational Dynamics Mechanics-I
Rotational Dynamics Mechanics-II
Rotational Dynamics Mechanics-III
Rotational Dynamics Mechanics-IV
Rotational Dynamics Mechanics-V
Rotational Dynamics Mechanics-VI
Second Order Linear Homogeneous Differential Equation
Second Order Linear Homogeneous Differential Equation (Continued)
The D Operator & the Non-Homogeneous Equation
Work and energy (I)
Work and energy (II)
Topic 76
Home
Calendar