# Master the Concepts of "Engineering Mechanics" (Section 2.2)

Topics covered in earlier section (Section 2.1)

• Introduction to Statics
• Detailed Explanation of Rigid Bodies
• Detailed Explanation of Force
• Representation of Force

SECTION 2.2

In this section topics explained (in the video) are:

• Composition of forces
• Parallelogram Law of forces (with special cases as well)
• An example for Parallelogram

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Master the concepts of 'Éngineering Mechanics' (Section 2.1)

Topics covered in previous section:

• Dimensional Formula
• Law of Dimensional Homogeneity
• Dimensionless quantities

SECTION 2

Section 2.1

Following topics are well explained in the content of the above video:

Master the Concepts of 'Engineering Mechanics' (Section 1.3)

Topics Covered in section 1.2: 

• System of Forces
• Classification of Force System
• Fundamental and Derived units

SECTION 1.3:

Following content is a briefing on explanations given in the above video.

Master the Concepts of "Engineering Mechanics" (Section 1.2)

Topics covered in this session of video lecture are:

1. System of Forces
2. Classification of Force Systems
3. Fundamental and Derived units

Request viewers to listen the video with Headset/Earphones.

Under these topics we have covered -

Master the Concepts of "Engineering Mechanics" (Section 1.1)

Following topics (section 1.1) are explained in the video below:

1. Definition of Mechanics
2. Classification of Mechanics
3. Idealization of Mechanics
4. Basic Concepts/definitions

Master The Concepts of "Engineering Mechanics" - (Preview)

Target Audience - 

All Mechanical Engineering Students, specifically those preparing for technical competitive exams like GATE, ESE etc.

Why should we do this course???

Engineering Mechanics serve the purpose of foundation stone for building that is composed of  other subjects of mechanical engineering such as Strength of Materials, Theory of Machines, Design of Machine members etc. Unless we understand the concepts of Engineering Mechanics, we cannot understand and appreciate the topics involved in these subjects. This subject serves as bridge between subject Physics taught in +1,+2 classes (Junior college level) and Engineering Design subjects (specified earlier) in Graduation (B.Tech/B.E)  in Mechanical Engineering stream.

Course Structure:

Entire Syllabus is divided in 8 sections: