Type What are You Looking for and Press Enter or Search

Courses

Instructors

{{ instructor.firstname }} {{ instructor.lastname }} ({{ instructor.email }}) {{ instructor.designation }}

Your Card is Empty

Cart Items

	{{ item.name \| limitTo:20 }}	x {{ item.quantity }}	{{ item.subTotal \| formatDecimal:2 }}
Subtotal			{{ subTotal \| formatDecimal:2 }}
Tax			{{ tax \| formatDecimal:2 }}
Total			{{ total \| formatDecimal:2 }}

View Cart Checkout

Login

Engineering Physics by Dr. Rizwana

4.0 (1 Ratings)

0 Students Enrolled

by : Dr. Rizwana Last Update : Mon, 07-Nov-2022 English

Share with

Duration:

1 Week
Category:

Engineering Physics
Level:

Beginner
Language:

English
Keywords:

Engineering Physics,Engineering,Physics,Rizwana, IARE

Course Details

Meet Your Instructor

Dr. Rizwana

Associate Professor

test Read More

Course Stack

INSTRUCTIONAL MATERIAL (Course Description, Course Content, Lecture Notes, Concept Video Topics, Tech Talk Topics, Open Ended Experiments / Problems / Project Ideas, Tutorial Question Bank, Definition and Terminology (DT), Model Question Papers)

Lessons 10

e-Learning / Early Learning Readiness Videos (ELRV) - Theory

Lessons 40

e-Learning / Early Learning Readiness Videos (ELRV) - Definitions and Terminology

Lessons 5

e-Learning / Early Learning Readiness Videos (ELRV) - Problem Solving

Lessons 15

e-Learning / Early Learning Readiness Videos (ELRV) - Discussion of Tutorial Question Bank

Lessons 5

Reviews and Comments ({{ reviewArray.length }})

for {{ review.review_for }}

by {{ review.user_fullname }}

Comment

No Review Found to Display

JavaScript seems to be disabled in your browser.
You must have JavaScript enabled in your browser to utilize the functionality of #Akanksha, The e-Learning Content Management Portal - IARE properly.

HTML5 localstorage seems to be unsupported in your browser.
Update or change your browser to utilize the functionality of #Akanksha, The e-Learning Content Management Portal - IARE properly.

Engineering Physics by Dr. Rizwana

0 Students Enrolled

Course Details

Meet Your Instructor

Dr. Rizwana

Course Stack

INSTRUCTIONAL MATERIAL (Course Description, Course Content, Lecture Notes, Concept Video Topics, Tech Talk Topics, Open Ended Experiments / Problems / Project Ideas, Tutorial Question Bank, Definition and Terminology (DT), Model Question Papers)

Course Description on Outcome Based Education (OBE): Course Objectives, Course Outcomes (CO), Program Outcomes (PO), CO-PO Mapping and Course Plan PDF File

Course Content PDF File

Lecture Notes PDF File

Concept Video Topics PDF File

Tech Talk Topics PDF File

Open Ended Experiments / Problems / Project Ideas PDF File

Tutorial Question Bank PDF File

Definition and Terminology (DT) PDF File

Model Question Paper - I PDF File

Model Question Paper - II PDF File

e-Learning / Early Learning Readiness Videos (ELRV) - Theory

Introduction to Quantum Physics 00:13:59

De-Broglie’s hypothesis 00:23:57

Wave-particle duality 00:18:01

Davisson and Germer experiment 00:23:57

Time-independent Schrodinger equation for wave function, 00:14:25

Physical significance of the wave function 00:14:12

Schrodinger equation for one dimensional problem–particle in a box 00:29:02

Introduction to classical free electron theory and quantum theory 00:31:52

Bloch’s theorem for particles in a periodic potential 00:31:52

Kronig-Penney model (Qualitative treatment) 00:30:44

classification: metals, semiconductors, and insulators. Intrinsic and extrinsic semiconductors 00:23:27

Youngs double slit experiment Interference- -Fringe width 00:27:24

Intrinsic Semiconductors-concentration of Electrons in Conduction band 00:29:50

Intrinsic Semiconductors - concentration of Electrons in Conduction band -change of fermi level with temperature 00:30:28

Intrinsic Semiconductors-concentration of Holes in Valence band-change of fermi level with temperature 00:30:28

Intrinsic Semiconductors -change of fermi level with temperature 00:30:28

Extrinsic semiconductors-n-type-carrier concentration 00:24:19

Extrinsic semiconductors-p-type-carrier concentration 00:27:26

Hall effect 00:27:41

Basic concepts: Characteristics of lasers, Spontaneous and stimulated emission of radiation 00:36:05

Basic concepts: Metastable sate, Population Inversion, Lasing Action 00:35:15

Ruby Laser 00:23:24

He-Ne Laser 00:15:20

Applications of Laser 00:16:47

principle of working and construction of optical fibers 00:34:58

Acceptance Angle and Numerical Aperture 00:32:57

Types of optical fibers-ray propogation, refractive index profiles and Applications 00:37:22

Optical fiber communication system & Other applications 00:21:21

Principle of superposition of waves 00:33:20

Youngs double slit experiment Interference 00:18:45

Newton’ s Rings 00:31:14

Michelson’s Interferometer 00:53:30

Fraunhofer diffraction at single slit 00:36:34

Fraunhofer diffraction at diffraction grating 00:46:34

Simple harmonic oscillator 00:38:50

Damped harmonic oscillator 00:35:39

Forced harmonic oscillator 00:25:46

Transverse waves and Longitudinal wave equation 00:18:01

Reflection and transmission of waves at a boundary 00:22:45

Harmonic waves 00:11:47

e-Learning / Early Learning Readiness Videos (ELRV) - Definitions and Terminology

Quantum Mechanics 00:33:35

Introduction to Solids and Semiconductors 00:23:54

Lasers and Fiber Optics 00:24:53

Light and Optics 00:19:49

Harmonic Oscillations and Waves in One Dimension 00:15:17

e-Learning / Early Learning Readiness Videos (ELRV) - Problem Solving

De-Broglie hypothesis-wavelength expression 00:14:46

Schrodinger equation for one dimensional problems–particle in a box 00:12:53

Problems on Physical significance of the wave function 00:14:21

Carrier concentration 00:34:32

Problems on Fermi level 00:32:50

Problems on Hall Effect 00:21:15

Lasers 00:22:32

Acceptance angle & Numerical aperture 00:10:50

Refractive indices of core and cladding, fractional refractive index change 00:07:20

Youngs double-slit 00:16:05

Fringe width 00:14:30

Newton rings 00:18:14

Diffraction grating 00:18:47

Problems on Simple Harmonic Oscillator 00:17:57

Problems on Harmonic waves 00:11:53