Electrical Engineering

Micro-courses:33

Basics of Electric Circuits

13 Concepts

DC Circuit Analysis

11 Concepts

Operational Amplifiers

9 Concepts

Energy Storage Elements

8 Concepts

First and Second-Order Circuits

13 Concepts

AC Circuit Analysis

16 Concepts

AC Steady State Power

9 Concepts

Three-Phase Circuits

11 Concepts

Frequency Response

15 Concepts

10.

Basics of Semiconductors

11 Concepts

11.

Diodes

14 Concepts

12.

Transistors

20 Concepts

13.

Introduction to Signals and Systems

11 Concepts

14.

Linear Time- Invariant Systems

7 Concepts

15.

The Laplace Transform

5 Concepts

16.

Fourier Series

7 Concepts

17.

The Fourier Transform

10 Concepts

18.

Sampling

7 Concepts

19.

z-Transform

7 Concepts

20.

Introduction to Control Systems

5 Concepts

21.

Modeling in Time and Frequency Domain

9 Concepts

22.

Diagrams and Signal Flow Graphs

7 Concepts

23.

Transient and Steady-state Response Analysis

7 Concepts

24.

Root-Locus Method

7 Concepts

25.

Design of Control Systems

10 Concepts

26.

Power Transformers

4 Concepts

27.

Transmission Line Parameters

7 Concepts

28.

Steady-State Transmission Lines and Power Flows

6 Concepts

29.

Symmetrical and Unsymmetrical Faults

8 Concepts

30.

System Protection

9 Concepts

31.

Transient Stability and System Controls

7 Concepts

32.

Transmission Lines: Transient Operation

5 Concepts

33.

Power Distributions

5 Concepts

Basics of Electric Circuits

23,672 views

Total Concepts:13

01:14

1.
Charge and Current

01:13

2.
Voltage

01:12

3.
Power and Energy

01:21

4.
Electric Circuit Elements

01:14

5.
Circuit Terminology

01:18

6.
Independent and Dependent Sources

01:19

7.
Ohm's Law

01:04

8.
Kirchhoff's Current Law

01:04

9.
Kirchhoff's Voltage Law

01:14

10.
Voltage Dividers

01:10

11.
Current Dividers

01:16

12.
Equivalent Resistance

01:14

13.
Design Example: Resistive Touchscreen

Course Overview: Biotechnology and Genetic Engineering Explained

Meiosis is the specialized cell division process that produces gametes (sperm and egg cells) and drives genetic diversity in sexually reproducing organisms. This micro-course explains each stage of meiosis, how chromosomes behave, and how meiosis differs from mitosis. Across six short, visual concepts, you’ll see how chromosome number is halved, how DNA is shuffled through crossing over, and how mistakes like nondisjunction lead to genetic disorders.

What You'll Learn?

Key Concepts Covered?

What is a micro-course?

A short, concept-focused sequence of videos. Meiosis is the specialized cell division process that produces gametes (sperm and egg cells) and drives genetic diversity in sexually reproducing organisms. This micro-course explains each stage of meiosis, how chromosomes behave, and how meiosis differs from mitosis. Across six short, visual concepts, you’ll see how chromosome number is halved, how DNA is shuffled through crossing over, and how mistakes like nondisjunction lead to genetic disorders.

Frequently Asked Questions

JoVE Coach is an innovative AI based tutoring platform that combines an intelligent AI tutor with an extensive library of educational videos and study guides created by subject matter experts. Our adaptive learning technology creates customized study plans by identifying your specific learning needs and delivering targeted academic support for improved learning.

Related Subjects

MBMicrobiology28 micro-courses MOMolecular Biology28 micro-courses

DC Circuit Analysis

Operational Amplifiers

Energy Storage Elements

First and Second-Order Circuits

AC Circuit Analysis

AC Steady State Power

Three-Phase Circuits

Frequency Response

Basics of Semiconductors

Diodes

Transistors

Introduction to Signals and Systems

Linear Time- Invariant Systems

The Laplace Transform

Fourier Series

The Fourier Transform

Sampling

z-Transform

Introduction to Control Systems

Modeling in Time and Frequency Domain

Diagrams and Signal Flow Graphs

Transient and Steady-state Response Analysis

Root-Locus Method

Design of Control Systems

Power Transformers

Transmission Line Parameters

Steady-State Transmission Lines and Power Flows

Symmetrical and Unsymmetrical Faults

System Protection

Transient Stability and System Controls

Transmission Lines: Transient Operation

Power Distributions

Basics of Electric Circuits

Total Concepts:13

1. Charge and Current

2. Voltage

3. Power and Energy

4. Electric Circuit Elements

5. Circuit Terminology

6. Independent and Dependent Sources

7. Ohm's Law

8. Kirchhoff's Current Law

9. Kirchhoff's Voltage Law

10. Voltage Dividers

11. Current Dividers

12. Equivalent Resistance

13. Design Example: Resistive Touchscreen

1.
Charge and Current

2.
Voltage

3.
Power and Energy

4.
Electric Circuit Elements

5.
Circuit Terminology

6.
Independent and Dependent Sources

7.
Ohm's Law

8.
Kirchhoff's Current Law

9.
Kirchhoff's Voltage Law

10.
Voltage Dividers

11.
Current Dividers

12.
Equivalent Resistance

13.
Design Example: Resistive Touchscreen