Канал: Muhammad

Lec 10.3 MASS MOMENT OF INERTIA

Lec 10.3 MASS MOMENT OF INERTIA

Lec 10.2 PARALLEL AXIS THEOREM

Lec 10.2 PARALLEL AXIS THEOREM

Lec 10.1 MOMENTS OF INERTIA FOR AREAS, RADIUS OF GYRATION

Lec 10.1 MOMENTS OF INERTIA FOR AREAS, RADIUS OF GYRATION

Lec 9.2 COMPOSITE BODIES

Lec 9.2 COMPOSITE BODIES

Lec 9.1 CENTER OF GRAVITY, CENTER OF MASS AND CENTROID

Lec 9.1 CENTER OF GRAVITY, CENTER OF MASS AND CENTROID

Lec 8.2 WEDGES AND FRICTIONAL FORCES ON FLAT BELTS

Lec 8.2 WEDGES AND FRICTIONAL FORCES ON FLAT BELTS

Lec 8.1 CHARACTERISTICS OF DRY FRICTION

Lec 8.1 CHARACTERISTICS OF DRY FRICTION

Lec 7.1 INTERNAL FORCES

Lec 7.1 INTERNAL FORCES

Lec 6.3 FRAMES AND MACHINES

Lec 6.3 FRAMES AND MACHINES

Lec 6.2 THE METHOD OF SECTIONS

Lec 6.2 THE METHOD OF SECTIONS

Lec 6.1 SIMPLE TRUSSES, THE METHOD OF JOINTS and ZERO FORCE MEMBERS

Lec 6.1 SIMPLE TRUSSES, THE METHOD OF JOINTS and ZERO FORCE MEMBERS

Lec 5.3 3D FREE BODY DIAGRAMS and EQUILIBRIUM EQUATIONS

Lec 5.3 3D FREE BODY DIAGRAMS and EQUILIBRIUM EQUATIONS

Lec 5 2 TWO FORCE MEMBERS and THREE FORCE MEMBERS

Lec 5 2 TWO FORCE MEMBERS and THREE FORCE MEMBERS

Lec 5.1 CONDITIONS FOR RIGID BODY EQUILIBRIUM

Lec 5.1 CONDITIONS FOR RIGID BODY EQUILIBRIUM

Lec 4.4 SIMPLIFICATION OF FORCE AND COUPLE SYSTEMS

Lec 4.4 SIMPLIFICATION OF FORCE AND COUPLE SYSTEMS

Lec 4.3 MOMENT OF A COUPLE

Lec 4.3 MOMENT OF A COUPLE

Lec 4.2 MOMENT ABOUT AN AXIS

Lec 4.2 MOMENT ABOUT AN AXIS

Lec 4.1 MOMENT OF A FORCE; SCALAR AND VECTOR FORMULATION

Lec 4.1 MOMENT OF A FORCE; SCALAR AND VECTOR FORMULATION

Lec 3.2 THREE DIMENSIONAL FORCE SYSTEMS

Lec 3.2 THREE DIMENSIONAL FORCE SYSTEMS

Lec 3.1 EQUILIBRIUM OF A PARTICLE 2D PROBLEMS

Lec 3.1 EQUILIBRIUM OF A PARTICLE 2D PROBLEMS

Lec-2.4 DOT PRODUCT

Lec-2.4 DOT PRODUCT

Lec-2.3 POSITION VECTORS and FORCE VECTORS

Lec-2.3 POSITION VECTORS and FORCE VECTORS

Lec 2.2 3D CARTESIAN VECTORS AND THEIR ADDITION and SUBTRACTION

Lec 2.2 3D CARTESIAN VECTORS AND THEIR ADDITION and SUBTRACTION

Lec-2.1 2D Vectors Components, Vectors Operation, Cartesian Vector Notation

Lec-2.1 2D Vectors Components, Vectors Operation, Cartesian Vector Notation

Lec-1 Intro to Engineering Mechanics, Fundamental Concepts, Units System

Lec-1 Intro to Engineering Mechanics, Fundamental Concepts, Units System