Subject and UNIT: Engineering Mechanics: Unit II: Equilibrium of Rigid Bodies
Examples for Practice: Equilibrium of Rigid Bodies - Engineering Mechanics
with Solved Example Problems
Subject and UNIT: Engineering Mechanics: Unit II: Equilibrium of Rigid Bodies
Varignon's theorem states that "the algebraic sum of moments due to all forces acting on an object about any point is equal to the moment of their resultant about the same point"
Subject and UNIT: Engineering Mechanics: Unit II: Equilibrium of Rigid Bodies
Extend the line of action of given force and draw perpendicular to it from the point about which moment is required.
Introduction
Subject and UNIT: Engineering Mechanics: Unit II: Equilibrium of Rigid Bodies
A force system in which lines of action of all forces do not intersect at a single point is called non-concurrent force system.
Statics of Particles | Engineering Mechanics
Subject and UNIT: Engineering Mechanics: Unit I: Statics of Particles
Two Marks Questions with Answers: Statics of Particles - Engineering Mechanics
Subject and UNIT: Engineering Mechanics: Unit I: Statics of Particles
Examples for Practice: Statics of Particles - Engineering Mechanics
with Solved Example Problems
Subject and UNIT: Engineering Mechanics: Unit I: Statics of Particles
In most of the real life problems and engineering applications, three dimensional force systems are involved.
with Solved Example Problems
Subject and UNIT: Engineering Mechanics: Unit I: Statics of Particles
Before starting the further discussion it is necessary to understand some concepts of equilibrium and free body diagram (F.B.D). It will be discussed in detail in upcoming chapters.
Subject and UNIT: Engineering Mechanics: Unit I: Statics of Particles
Examples for Practice: Statics of Particles - Engineering Mechanics
Subject and UNIT: Engineering Mechanics: Unit I: Statics of Particles
Miscellaneous Solved Examples: Statics of Particles - Engineering Mechanics
Statics of Particles | Engineering Mechanics
Subject and UNIT: Engineering Mechanics: Unit I: Statics of Particles
Choose an appropriate method for solution depending upon the given data and the quantities to be determined.
Statics of Particles | Engineering Mechanics
Subject and UNIT: Engineering Mechanics: Unit I: Statics of Particles
Use rectangular components for problems involving more than two forces and their resultant.