7:36
Engineering Mechanics 2026: 001 Course Outline--Statics
4:28
Engineering Mechanics 2026: 002 Course Outline--Dynamics
8:11
Engineering Mechanics 2026: 003 Scalar and Vector
6:32
Engineering Mechanics 2026: 004 SI Units
5:56
Engineering Mechanics 2026: 005 Representation of Vectors--Concept I
5:02
Engineering Mechanics 2026: 006 Representation of Vectors--Concept II
4:20
Engineering Mechanics 2026: 007 Representation of Vectors--Concept III
5:12
Engineering Mechanics 2026: 008 Representation of Vectors--Examples I
9:33
Engineering Mechanics 2026: 009 Representation of Vectors--Examples II
4:50
Engineering Mechanics 2026: 010 Representation of Vectors--Visualization
6:37
Engineering Mechanics 2026: 011 Mechanics
4:41
Engineering Mechanics 2026: 012 Newton's Laws of Motion (English Translation from Latin)
7:03
Engineering Mechanics 2026: 013 Newton's Laws of Motion (Present Day Language)
4:23
Engineering Mechanics 2026: 014 Law of Universal Gravitation
5:32
Engineering Mechanics 2026: 015 Force
3:08
Engineering Mechanics 2026: 016 Surface Force and Body Force
4:33
Engineering Mechanics 2026: 017 Concentrated Force and Distributed Force
2:47
Engineering Mechanics 2026: 018 Action Force and Reaction Force
2:42
Engineering Mechanics 2026: 019 External Force and Internal Force
7:43
Engineering Mechanics 2026: 020 Free Body Diagram
3:05
Engineering Mechanics 2026: 021 Rigid Body
3:38
Engineering Mechanics 2026: 022 The Principle of Transmissibility
8:58
Engineering Mechanics 2026: 023 Two Dimensional Force System I
4:52
Engineering Mechanics 2026: 024 Two Dimensional Force System II
4:32
Engineering Mechanics 2026: 025 Example 001 Forces in Two Dimensional Force System
10:14
Engineering Mechanics 2026: 026 Example 002 Forces in Two Dimensional Force System
8:54
Engineering Mechanics 2026: 027 Example 003 Forces in Two Dimensional Force System
2:14
Engineering Mechanics 2026: 028 Dot Product Push Button Instruction for Calculator
9:41
Engineering Mechanics 2026: 029 Example 004 Moment of A Force in Two Dimensional Force System
5:52
Engineering Mechanics 2026: 030 Example 005 Moment of A Force in Two Dimensional Force System
7:33
Engineering Mechanics 2026: 031 Example 006 Moment of A Force in Two Dimensional Force System
8:23
Engineering Mechanics 2026: 032 Example 007 Moment of A Force in Two Dimensional Force System
3:32
Engineering Mechanics 2026: 033 Cross Product Push Button Instruction for Calculator
6:00
Engineering Mechanics 2026: 034 Equivalent Force System in Two Dimensions
4:27
Engineering Mechanics 2026: 035 Resultant of Force System in Two Dimensions
3:03
Engineering Mechanics 2026: 036 Example 008 Resultant Force in Two Dimensions
6:10
Engineering Mechanics 2026: 037 Example 009 Resultant of Force System in Two Dimensions
Engineering Mechanics 2026: 038 Example 010 Resultant of Force System in Two Dimensions
3:16
Engineering Mechanics 2026: 039 Example 011 Resultant of Force System in Two Dimensions
6:28
Engineering Mechanics 2026: 040 Example 012 Resultant of Force System in Two Dimensions
6:05
Engineering Mechanics 2026: 041 Three Dimensional Force System I
7:04
Engineering Mechanics 2026: 042 Three Dimensional Force System II
5:34
Engineering Mechanics 2026: 043 Example 013 Forces in Three Dimensional Force System
5:35
Engineering Mechanics 2026: 044 Example 014 Forces in Three Dimensional Force System
4:09
Engineering Mechanics 2026: 045 Example 015 Forces in Three Dimensional Force System
6:08
Engineering Mechanics 2026: 046 Example 016 Moment of A Force in Three Dimensional Force System
2:17
Engineering Mechanics 2026: 047 Example 017 Moment of A Force in Three Dimensional Force System
5:41
Engineering Mechanics 2026: 048 Example 018 Moment about An Axis in Three Dimensional Force System
7:17
Engineering Mechanics 2026: 049 Example 019 Moment about An Axis in Three Dimensional Force System
6:13
Engineering Mechanics 2026: 050 Example 020 Resultant of Parallel Forces in Three Dimensions
6:16
Engineering Mechanics 2026: 051 Example 021 Wrench Resultant of Force System in Three Dimensions
Engineering Mechanics 2026: 052 Equilibrium
5:47
Engineering Mechanics 2026: 053 Two- and Three-Force Members
4:01
Engineering Mechanics 2026: 054 Actions of Forces from Supports in Two Dimensions I
3:24
Engineering Mechanics 2026: 055 Actions of Forces from Supports in Two Dimensions II
4:49
Engineering Mechanics 2026: 056 Actions of Forces from Supports in Three Dimensions
7:52
Engineering Mechanics 2026: 057 Example 022 Equilibrium of Particle in Two Dimensions
5:23
Engineering Mechanics 2026: 058 Example 023 Equilibrium of Particle in Two Dimensions
6:12
Engineering Mechanics 2026: 059 Example 024 Equilibrium of Rigid Body in Two Dimensions
Engineering Mechanics 2026: 060 Example 025 Equilibrium of Rigid Body in Two Dimensions
6:06
Engineering Mechanics 2026: 061 Example 026 Equilibrium of Rigid Body in Two Dimensions
6:45
Engineering Mechanics 2026: 062 Example 027 Equilibrium of Rigid Body in Two Dimensions
5:31
Engineering Mechanics 2026: 063 Example 028 Equilibrium of Rigid Body in Two Dimensions
3:57
Engineering Mechanics 2026: 064 Example 029 Equilibrium of Particle in Three Dimensions
7:10
Engineering Mechanics 2026: 065 Example 030 Equilibrium of Rigid Body in Three Dimensions
5:03
Engineering Mechanics 2026: 066 Example 031 Equilibrium of Rigid Body in Three Dimensions
2:48
Engineering Mechanics 2026: 067 Definition of A Truss
4:45
Engineering Mechanics 2026: 068 Assumptions in Analysis of Trusses
8:26
Engineering Mechanics 2026: 069 Statically Determinate Trusses
10:43
Engineering Mechanics 2026: 070 The Method of Joints
11:10
Engineering Mechanics 2026: 071 Example 032 The Method of Joints
9:10
Engineering Mechanics 2026: 072 Example 033 The Method of Joints
5:19
Engineering Mechanics 2026: 073 Example 034 The Method of Joints
4:26
Engineering Mechanics 2026: 074 Example 035 The Method of Joints
3:41
Engineering Mechanics 2026: 075 The Method of Sections
6:09
Engineering Mechanics 2026: 076 Example 036 The Method of Sections
Engineering Mechanics 2026: 077 Friction
4:16
Engineering Mechanics 2026: 078 Types of Friction
5:13
Engineering Mechanics 2026: 079 Dry Friction
Engineering Mechanics 2026: 080 Problems Associated with Dry Friction
3:46
Engineering Mechanics 2026: 081 Example 037 Dry Friction
4:02
Engineering Mechanics 2026: 082 Example 038 Dry Friction
3:56
Engineering Mechanics 2026: 083 Example 039 Dry Friction of A Rigid Body
11:26
Engineering Mechanics 2026: 084 Example 0xx Dry Friction of A Rigid Body
12:05
Engineering Mechanics 2026: 085 Kinematics of Particles
9:38
Engineering Mechanics 2026: 086 Rectilinear Motion
6:56
Engineering Mechanics 2026: 087 Graphical Representation of Rectilinear Motion
9:17
Engineering Mechanics 2026: 088 Problem Solving from Acceleration
Engineering Mechanics 2026: 089 Example 052 Rectilinear Motion
5:38
Engineering Mechanics 2026: 090 Example 053 Rectilinear Motion
5:57
Engineering Mechanics 2026: 091 Example 054 Rectilinear Motion
6:11
Engineering Mechanics 2026: 092 Example 055 Rectilinear Motion
4:55
Engineering Mechanics 2026: 093 Example 056 Rectilinear Motion
Engineering Mechanics 2026: 094 Example 057 Rectilinear Motion
Engineering Mechanics 2026: 095 Example 058 Rectilinear Motion
3:26
Engineering Mechanics 2026: 096 Example 059 Rectilinear Motion
4:03
Engineering Mechanics 2026: 097 Angular Motion
6:15
Engineering Mechanics 2026: 098 Example 060 Angular Motion
Engineering Mechanics 2026: 099 Curvilinear Motion
4:43
Engineering Mechanics 2026: 100 Curvilinear Motion--Cartesian
4:18
Engineering Mechanics 2026: 101 Example 061 Curvilinear Motion--Cartesian
5:07
Engineering Mechanics 2026: 102 Example 062 Curvilinear Motion--Cartesian
6:34
Engineering Mechanics 2026: 103 Example 063 Curvilinear Motion--Cartesian
5:30
Engineering Mechanics 2026: 104 Example 064 Curvilinear Motion--Cartesian
Engineering Mechanics 2026: 105 Curvilinear Motion--Polar Position and Unit Vectors
Engineering Mechanics 2026: 106 Curvilinear Motion--Polar Differentiation of Unit Vectors
6:30
Engineering Mechanics 2026: 107 Curvilinear Motion Polar Velocity and Acceleration
4:47
Engineering Mechanics 2026: 108 Example 065 Curvilinear Motion--Polar
9:28
Engineering Mechanics 2026: 109 Curvilinear Motion--Normal-Tangential
4:35
Engineering Mechanics 2026: 110 Curvilinear Motion--Normal-Tangential (Variants of Formula)
5:29
Engineering Mechanics 2026: 111 Example 066 Curvilinear Motion--Normal-Tangential
Engineering Mechanics 2026: 112 Circular Motion in Polar Coordinates
Engineering Mechanics 2026: 113 Circular Motion in n-t Coordinates
3:04
Engineering Mechanics 2026: 114 Summary of Plane Curvilinear Motion
6:33
Engineering Mechanics 2026: 115 Relative Motion Analysis
Engineering Mechanics 2026: 116 Example 067 Relative Motion Analysis
4:38
Engineering Mechanics 2026: 117 Example 068 Relative Motion Analysis
Engineering Mechanics 2026: 118 Example 069 Relative Motion Analysis Velocity in x-y and n-t
5:11
Engineering Mechanics 2026: 119 Example 069 Relative Motion Analysis Acceleration in x-y and n-t
6:47
Engineering Mechanics 2026: 120 Plane Kinematics of Rigid Bodies
7:53
Engineering Mechanics 2026: 121 Example 070 Plane Kinematics of Rigid Bodies--Velocity
Engineering Mechanics 2026: 122 Example 070 Plane Kinematics of Rigid Bodies--Acceleration
5:20
Engineering Mechanics 2026: 123 Example 071 Plane Kinematics of Rigid Bodies--Velocity
4:51
Engineering Mechanics 2026: 124 Example 071 Plane Kinematics of Rigid Bodies--Acceleration
Engineering Mechanics 2026: 125 Example 072 Plane Kinematics of Rigid Bodies--Velocity
5:42
Engineering Mechanics 2026: 126 Example 072 Plane Kinematics of Rigid Bodies--Acceleration
10:41
Engineering Mechanics 2026: 127 Roadmap for Kinetics
6:26
Engineering Mechanics 2026: 128 Newton's Second Law of Motion
6:07
Engineering Mechanics 2026: 129 Mass Moment of Inertia
4:15
Engineering Mechanics 2026: 130 Radius of Gyration
Engineering Mechanics 2026: 131 Example 073 Newton's Second Law of Motion Particle
3:29
Engineering Mechanics 2026: 132 Example 074 Newton's Second Law of Motion Particle
4:34
Engineering Mechanics 2026: 133 Example 075 Newton's Second Law of Motion Particle
Engineering Mechanics 2026: 134 Example 076 Newton's Second Law of Motion Rigid Body
4:14
Engineering Mechanics 2026: 135 Example 077 Newton's Second Law of Motion Rigid Body
8:49
Engineering Mechanics 2026: 136 Example 078 Newton's Second Law of Motion Rigid Body
5:58
Engineering Mechanics 2026: 137 Example 079 Newton's Second Law of Motion Rigid Body
7:19
Engineering Mechanics 2026: 138 Work and Energy Principle
5:33
Engineering Mechanics 2026: 139 Work-Energy Equation
6:20
Engineering Mechanics 2026: 140 Work of A Weight
3:14
Engineering Mechanics 2026: 141 Work of A Spring Force
10:46
Engineering Mechanics 2026: 142 Example 080 Work and Energy Principle--Particle
6:58
Engineering Mechanics 2026: 143 Example 081 Work and Energy Principle--Particle
10:22
Engineering Mechanics 2026: 144 Impulse and Momentum Method
3:27
Engineering Mechanics 2026: 145 Example 082 Impulse and Momentum Method--Particle
6:19
Engineering Mechanics 2026: 146 Example 083 Impulse and Momentum Method--Particle
