Course curriculum

1
MODULE 1 (Gora Chakraborty)
 1.ENGINEERING MECHANICS Continuation
 2.ENGINEERING MECHANICS Continuation

2
MODULE 2 (Umesh Gurnani)
 Calculation of Reaction force on inclined plane
 Cosines of a vector Part1
 Numerical Problems on Forces
 Centroid for Quarter circular Arc
 Friction calculations on flat and inclined surface
 Friction on objects attached to string on inclined plane
 Friction claculations on a combination of flat and inclined plane
 Equilibrium of Rigid Bodies
 Friction calculations in case of ladder
 Friction on objects placed on one another on inclines plane Part 01
 Frictional forces on object sliding an inclined plane
 Force calculations in case of pulley
 Forces on inclined plane
 Centroid in case of a ring
 Friction on objects placed on one another on inclines plane Part 02
 Numerical problems on friction calculations in ladder
 Projection of vector on a line
 Cosines of Resultant vector
 Cross product and Dot productand their applications
 Basics of Friction
 Calculation of Tension in the string
 Calculations of vector directions
 Tension in two objects on an inclined plane Part 01
 Frictional Forces on resting objects on inclined plane
 Numerical Problem on Vector Mechanics
 Lamis Theorem and application of Lamis Theorem
 Numerical Problems on Vector Mechanics_1
 Numerical Problems on Vector Mechanics
 Tension in two objects on an inclined plane Part 02
 Principle of Transmissibility of Forces_Law of Triangle of Forces_Parallelogram Law of Vector Addition
 Principle of Moments
 System of Forces_Different Types of Forces