Канал: Making Life Easier

Goal Setting as a Pragmatic Step to Achieve Academic Excellence ( Academic Excellence Part 2)

Goal Setting as a Pragmatic Step to Achieve Academic Excellence ( Academic Excellence Part 2)

Pragmatic Steps in Achieving Academic Excellence as a Student: Part 1

Pragmatic Steps in Achieving Academic Excellence as a Student: Part 1

How to Boost your Brain Memory and Thinking Capacity

How to Boost your Brain Memory and Thinking Capacity

Strength of Materials: Shear Force and Bending moment Diagrams for Beam Example 1

Strength of Materials: Shear Force and Bending moment Diagrams for Beam Example 1

Strength Of Materials: Moment of Inertia of Area and centroid

Strength Of Materials: Moment of Inertia of Area and centroid

Strength of Materials: Shear and Bending moment Diagrams for the Beam -Non Uniform Distributed Loads

Strength of Materials: Shear and Bending moment Diagrams for the Beam -Non Uniform Distributed Loads

Strength of Materials: Shear and Bending moment Diagrams for the Beam -Uniform Distributed Loads

Strength of Materials: Shear and Bending moment Diagrams for the Beam -Uniform Distributed Loads

Strength of Materials: Beam, shear force and bending Moment diagram Lecture Series

Strength of Materials: Beam, shear force and bending Moment diagram Lecture Series

Strength of Material: Torsion of Circular Shaft Part 1

Strength of Material: Torsion of Circular Shaft Part 1

Strength of Materials: Torsion of Circular Shaft Part 1

Strength of Materials: Torsion of Circular Shaft Part 1

Strength of Materials: Axial Loads Part 2

Strength of Materials: Axial Loads Part 2

Strength of Materials:Axially Loaded Springs and Bars

Strength of Materials:Axially Loaded Springs and Bars

Strength of Materials: Axial Deformation- Statically Indeterminate Composite bars Example 1

Strength of Materials: Axial Deformation- Statically Indeterminate Composite bars Example 1

Strength of Materials: Axial Deformation- Statically Indeterminate Problem Example 3

Strength of Materials: Axial Deformation- Statically Indeterminate Problem Example 3

Strength of Materials :Axial Deformation- Statically Indeterminate Using Compatibility Condition 2

Strength of Materials :Axial Deformation- Statically Indeterminate Using Compatibility Condition 2

Strength of Materials: Axial Deformation- Statically Indeterminate Using Superposition Example 1

Strength of Materials: Axial Deformation- Statically Indeterminate Using Superposition Example 1

Strength of Materials: Deformation of Bars by Axial Loads Example 2

Strength of Materials: Deformation of Bars by Axial Loads Example 2

Strength of materials: Deformation of Bars by Axial Loads Example 1

Strength of materials: Deformation of Bars by Axial Loads Example 1

Strength of Materials: Yield stress, Safety factor and allowable stress

Strength of Materials: Yield stress, Safety factor and allowable stress

Strength of Materials: How to Determine Normal stresses in a Truss Example 5

Strength of Materials: How to Determine Normal stresses in a Truss Example 5

Strength of Materials: Determination of Minimum Diameter of Rods from Maximum Allowable Stress

Strength of Materials: Determination of Minimum Diameter of Rods from Maximum Allowable Stress

Strength of Materials: Determination of Normal Stresses in Welded Rods Example 3

Strength of Materials: Determination of Normal Stresses in Welded Rods Example 3

Strength of Materials: Determination of Normal Stresses in Welded Rods Example 2

Strength of Materials: Determination of Normal Stresses in Welded Rods Example 2

Strength of Materials: Determination of Normal Stresses in Columns Example 1

Strength of Materials: Determination of Normal Stresses in Columns Example 1

Strength of Materials: Introduction to Strain

Strength of Materials: Introduction to Strain

Strength of Materials: Introduction to Normal Stresses

Strength of Materials: Introduction to Normal Stresses

Strength of Materials: Introduction to Strength of Materials lecture 1

Strength of Materials: Introduction to Strength of Materials lecture 1

Basic Mechanics: Application of Equilibrium and Structures Example 2

Basic Mechanics: Application of Equilibrium and Structures Example 2

Basic Mechanics: Application of Equilibrium and Structures

Basic Mechanics: Application of Equilibrium and Structures

Basic Mechanics: Determination of Frictional Force for Conditions of Equilibrium and Motion

Basic Mechanics: Determination of Frictional Force for Conditions of Equilibrium and Motion

Basic Mechanics: Friction_Smallest Force to Start Motion

Basic Mechanics: Friction_Smallest Force to Start Motion

Basic Mechanics: Analysis of Trusses Using Method of Sectioning Example 3

Basic Mechanics: Analysis of Trusses Using Method of Sectioning Example 3

Basic Mechanics: Analysis of Trusses Using Method of Joint ( Solving with Distances) Example 2

Basic Mechanics: Analysis of Trusses Using Method of Joint ( Solving with Distances) Example 2

Basic Mechanics: Analysis of Trusses Using Method of Joint ( Solving With Angles) Example 1

Basic Mechanics: Analysis of Trusses Using Method of Joint ( Solving With Angles) Example 1

Basic Mechanics : Resultant of Forces in 3D Using Angles Example 4

Basic Mechanics : Resultant of Forces in 3D Using Angles Example 4

Basic Mechanics: Equilibrium of Rigid bodies Example 2

Basic Mechanics: Equilibrium of Rigid bodies Example 2

Basic Mechanics: Equilibrium of Rigid bodies Example 1

Basic Mechanics: Equilibrium of Rigid bodies Example 1

Basic Mechanics: Equilibrium Analysis of Particles Example 1

Basic Mechanics: Equilibrium Analysis of Particles Example 1

Basic Mechanics : Replacing a Force System with an Equivalent Force Couple system 3D Example 2

Basic Mechanics : Replacing a Force System with an Equivalent Force Couple system 3D Example 2

Basic Mechanics: Replacing a Force System with an Equivalent Force Couple system Example 1

Basic Mechanics: Replacing a Force System with an Equivalent Force Couple system Example 1

Basic Mechanics: Moment of a Couple (Resultant of Couples) 3D Example 2

Basic Mechanics: Moment of a Couple (Resultant of Couples) 3D Example 2

Basic Mechanics : Moment of a Couple (Resultant of Couples) 2D Example 1

Basic Mechanics : Moment of a Couple (Resultant of Couples) 2D Example 1

Basic Mechanics: Moment of a Force About a Point Example 3 3D

Basic Mechanics: Moment of a Force About a Point Example 3 3D

Basic Mechanics: Moment of a Force About a Point Example 2 3D

Basic Mechanics: Moment of a Force About a Point Example 2 3D

Basic Mechanics: Moment of a Force About a Point Example 1 2D

Basic Mechanics: Moment of a Force About a Point Example 1 2D

Basic Mechanics : Resultant of Forces in 3D Example 2

Basic Mechanics : Resultant of Forces in 3D Example 2

Basic Mechanics : Resultant of Forces in 3D Example 1

Basic Mechanics : Resultant of Forces in 3D Example 1

Basic Mechanics: Resolving Forces in 3D into Components ( Vector Form) using Coordinates Example 3

Basic Mechanics: Resolving Forces in 3D into Components ( Vector Form) using Coordinates Example 3

Basic Mechanics: Resolving Forces in 3D into Components ( Vector Form) using Distances Example 2

Basic Mechanics: Resolving Forces in 3D into Components ( Vector Form) using Distances Example 2

Basic Mechanics: Resolving Forces in 3D into Components ( Vector Form) using Angles Example 1

Basic Mechanics: Resolving Forces in 3D into Components ( Vector Form) using Angles Example 1

Basic Mechanics : Resultant of Three or More Concurrent Forces Example 3

Basic Mechanics : Resultant of Three or More Concurrent Forces Example 3

Basic Mechanics : Resultant of Three or More Concurrent Forces Example 2

Basic Mechanics : Resultant of Three or More Concurrent Forces Example 2

Basic Mechanics : Resultant of Three or More Concurrent Forces Example 1

Basic Mechanics : Resultant of Three or More Concurrent Forces Example 1

Basic Mechanics : Resultant of Two Concurrent Forces Part 2

Basic Mechanics : Resultant of Two Concurrent Forces Part 2

Basic Mechanics: Solved examples on Resultant of Two Forces

Basic Mechanics: Solved examples on Resultant of Two Forces