__Contents:__

Module 1

Lectures 1 & 2: Review of the three laws of motion and vector algebra

Lecture 3: Equilibrium of bodies

Module 2

Lecture 6: Trusses

Lecture 7: Friction

Module 3

Lecture 9: Properties of surfaces II: Second moment of area

Module 4

Lecture 10: Method of Virtual Work

Module 5

Lecture 11: Motion in a plane: Introduction to polar coordinates

Lecture 12: Motion with constraints

Lecture 13: Motion with friction and drag Mechanical Advantage

Module 6

Lecture 14: Momentum

Lectures 15 & 16: Work and Energy

Lecture 17: Collisions

Module 7

Lecture 18: Rotational dynamics I: Angular momentum

Lecture 19: Rotational dynamics II: Rotation about a fixed axis

Lecture 20: Rigid body dynamics III: Rotation and Translation

Lecture 21: Rotational dynamics IV: Angular velocity and angular momentum

Lectures 22 & 23: Rotational dynamics V: Kinetic energy, angular momentum and torque in 3-D

Module 8

Lecture 24: Harmonic oscillator I: Introduction

Lecture 25: Harmonic oscillator II: damped oscillator

Lecture 26: Harmonic oscillator III: Forced oscillations Projectile motion

To get the file, download the Engineering Mechanics GATE and IES Questions and Answers PDF.

* Ask us, what you want?

EmoticonEmoticon