Modern Physics

The complete content is developed in High Quality 3D Animation, that will help you to understand the critical concepts.
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  • Lectures 65
  • Contents Video: 5 hours
  • Skill Level All Levels
  • Languages English
  • Includes Lifetime access
    30 day money back guarantee!
    Available on iOS and Android
    Certificate of Completion
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About This Course

Published 3/2015 English

Course Description

The complete content is developed in High Quality 3D Animations, that will help you to understand the critical concepts which cannot be able to watch in the real world such as, Nuclear fission, Chain reaction, Atoms, Atomic spectra, etc.

. A good understanding of principles in Physics will help you to analyze problems, reason logically, and to discriminate between important and irrelevant concepts.

·*The course is directed to the point and restricted to the syllabus nothing less and nothing more, so you will not waste your time, with invaluable speech,

·* If you know exactly your syllabus you will appreciate these videos,

·* The average video duration is 3 mins so you will not get bored with the course and you can find reasonable points to pause and complete later,

Course covers

  1. Atoms
  2. Nuclei
  3. Semiconductor electronics materials, devices and simple circuits
  4. Communication systems

What are the requirements?

  • Basic knowledge about physics

What am I going to get from this course?

  • Bohr's atomic model
  • Nuclear forces
  • Nuclear energy
  • Chain reaction
  • P-N Junction
  • Integrated circuits
  • Elements of a communication system

What is the target audience?

  • Everyone is eligible for taking this course, no age limit.

What you get with this course?

Not for you? No problem.
30 day money back guarantee.

Forever yours.
Lifetime access.

Learn on the go.
Desktop, iOS and Android.

Get rewarded.
Certificate of completion.

Curriculum

Section 1: Atoms
Prerequisites
Preview
00:25
Learning objectives
Preview
02:10
Introduction
Preview
06:18
Rutherford's model
Preview
07:18
Scattering experiment
17:59
Bohr's atomic model
11:14
Significance of negative energy
05:07
Spectral series of hydrogen atom
09:28
Atomic spectra
06:30
De broglies explanation of bohr's second postulate of quantization
07:52
Absorption transition of hydrogen atom
02:15
Explanation of the discrete emission and absorption spectrum
05:49
Summary
03:00
Choose the correct answer
5 questions
Fill in the blanks
5 questions
Section 2: Nuclei
Prerequisites
01:16
Learning objectives
00:37
Introduction
05:29
Atomic masses and composition of nucleus
02:59
Nuclear characteristic
06:00
Different types of nuclei
06:13
Nuclear forces
05:31
Forces between nucleons
06:36
Discovery of neutron
07:29
Mass energy equation
09:04
Binding energy curve
03:10
Law of radioactive decay
04:07
Decay constant
05:57
Average life or mean life
03:03
Activity of a radioactive substance
03:05
Nuclear energy
02:15
Nuclear fission
04:38
Energy released in nuclear fission
07:53
Chain reaction in nuclear fission
03:47
Chain reaction
01:41
Nuclear fusion
14:37
Alpha decay
02:36
Beta decay
04:08
Gamma decay
02:10
Summary
05:10
Choose the correct answer
5 questions
Fill in the blanks
5 questions
Section 3: Semiconductor electronics materials, devices and simple circuits
Prerequisites
00:42
Learning objectives
00:46
Introduction
04:55
Classification of solids and energy bands
05:20
Intrinsic semiconductor
02:17
Extrinsic semiconductors
04:57
P-N Junction
03:07
Semiconductor diode
04:17
Application of junction diode as a rectifier
05:45
Zener diode
04:46
Transistor
11:23
Digital electronics and logic gates
04:25
Integrated circuits
03:24
Summary
04:42
Choose the correct answer
5 questions
Fill in the blanks
5 questions
Section 4: Communication systems
Prerequisites
00:16
Learning objectives
00:49
Introduction
01:31
Basic terminology used in electronic communication system
06:08
Elements of a communication system
02:39
Bandwidth of signal
03:23
Bandwidth of transmission medium
01:35
Propagation of electromagnetic waves
06:50
Modulation and its necessity
05:29
Amplitude modulation
03:25
Production of amplitude modulated wave
04:22
Detection of amplitude modulated wave
02:12
Summary
02:37
Choose the correct answer
5 questions
Fill in the blanks
5 questions

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Instructor Biography

Digital Tutors, Digital Content Courses for Science and Medical Education

Science Tuts is an E-Learning company, which develops digital content courses for science and medical education.

Science Tuts has started the content development in 2010, till now we have developed 150+ courses, it covers almost 10000+ minutes of 3D digital content.

Science tuts provide courses for Physics, chemistry, biology and medical education. Science tuts is carrying a expert team of 12 members to give support to the enrolled students in udemy and our team will be launching new courses every month.

Students will have more grasping power while watching the videos rather than listening in classrooms. So we started to develop the text books matter to digital content.

If you require any course, please contact us, we are ready to provide the course through udemy.

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