- Introduction to Simple Trusses
- Stability Criteria of Trusses & Example 1
- Stability Criteria of Trusses & Example 2
- Special Cases in Trusses & Example 1
- Special Cases in Trusses Example 2
- Special Cases in Trusses Example 3
- Special Cases in Trusses Example 4
- Method of Sections - Problem 1
- Method of Sections - Problem 2
- Method of Sections - Problem 3
- Method of Sections - Problem 4
- Method of Sections - Problem 5
- Method of Sections - Problem 6
- Method of Joints - Problem 1
- Method of Joints - Problem 2

- Introduction to Forces in Space
- Forces in Space - Problem 1
- Forces in Space - Problem 2
- Forces in Space - Problem 3
- Forces in Space - Problem 4
- Forces in Space - Problem 5
- Forces in Space - Problem 6
- Forces in Space - Problem 7
- Forces in Space - Problem 8
- Forces in Space - Problem 9
- Forces in Space - Problem 10
- Forces in Space - Problem 11
- Forces in Space - Problem 12
- Resultant of Forces in Space - Problem 1
- Resultant of Forces in Space - Problem 2
- Resultant of Forces in Space - Problem 3
- Resultant of Forces in Space - Problem 4
- Resultant of Forces in Space - Problem 5
- Resultant of Forces in Space - Problem 6
- Resultant of Forces in Space - Problem 7
- Equilibrium of Forces in Space - Problem 1
- Equilibrium of Forces in Space - Problem 2

- Definition of Equilibrium
- Equilibrium System of Forces - Problem 1
- Equilibrium System of Forces - Problem 2
- Equilibrium System of Forces - Problem 3
- Equilibrium System of Forces - Problem 4
- Equilibrium System of Forces - Problem 5
- Equilibrium System of Forces - Problem 6
- Equilibrium System of Forces - Problem 7
- Equilibrium System of Forces - Problem 8
- Equilibrium System of Forces - Problem 9
- Equilibrium System of Forces - Problem 10
- Equilibrium System of Forces - Problem 11
- Lami's Theorem
- Lami's Theorem - Problem 2
- Lami's Theorem - Problem 3
- Lami's Theorem - Problem 4
- Lami's Theorem - Problem 5
- Lami's Theorem - Problem 6
- Lami's Theorem - Problem 7
- Beam Reaction Forces - Problem 1
- Beam Reaction Forces - Problem 2
- Beam Reaction Forces - Problem 3
- Beam Reaction Forces - Problem 4
- Problem no. 5 on Beam-Reactions in Engineering mechanics
- Problem no. 6 on Beam-Reactions in Engineering mechanics
- Problem no. 7 on Beam-Reactions in Engineering mechanics
- Problem no. 8 on Beam-Reactions in Engineering mechanics
- Problem no. 9 on Beam-Reactions in Engineering mechanics
- Problem no. 10 on Beam-Reactions in Engineering mechanics
- Problem no. 11 on Beam-Reactions in Engineering mechanics
- Problem no. 12 on Beam-Reactions in Engineering mechanics
- Problem no. 13 on Beam-Reactions in Engineering mechanics
- Beam Reaction Forces - Problem 14
- Beam Reaction Forces - Problem 15
- Beam Reaction Forces - Problem 16
- Beam Reaction Forces - Problem 17
- Beam Reaction Forces - Problem 18
- Beam Reaction Forces - Problem 19
- Beam Reaction Forces - Problem 20
- Beam Reaction Forces - Problem 21
- Beam Reaction Forces - Problem 22
- Beam Reaction Forces - Problem 23
- Beam Reaction Forces - Problem 24
- Beam Reaction Forces - Problem 25
- Beam Reaction Forces - Problem 26

- Friction - Problem 1
- Friction - Problem 2
- Friction - Problem 3
- Friction - Problem 4
- Friction - Problem 5
- Friction - Problem 6
- Friction - Problem 7
- Friction - Problem 8
- Friction - Problem 9
- Friction - Problem 10
- Friction - Problem 11
- Ladder Friction
- Ladder Friction - Problem 1
- Ladder Friction - Problem 2

- Varignon's Theorem of Moments
- Coplanar Non-Concurrent Forces - Problem 1
- Coplanar Non-Concurrent Forces - Problem 2
- Coplanar Non-Concurrent Forces - Problem 3
- Coplanar Non-Concurrent Forces - Problem 4
- Coplanar Non-Concurrent Forces - Problem 5
- Coplanar Non-Concurrent Forces - Problem 6
- Coplanar Non-Concurrent Forces - Problem 7
- Coplanar Non-Concurrent Forces - Problem 8
- Coplanar Non-Concurrent Forces - Problem 9
- Coplanar Non-Concurrent Forces - Problem 10
- Coplanar Non-Concurrent Forces - Problem 11
- Resolution and Composition of Forces - Problem 1
- Resolution and Composition of Forces - Problem 2
- Resolution and Composition of Forces - Problem 3
- Resolution and Composition of Forces - Problem 4

- Introduction to Simple Machines
- Definitions of Mechanical Advantage, Velocity Ratio and Efficiency of Simple Machines
- Definitions of Ideal Machine, Actual Machine,ideal Effort and Ideal Load of Simple Machines
- Law of Machine, Maximum Mechanical Advantage and Maximum Efficiency of Machine
- Definitions of Reversible Machine, Irreversible Machine, Load Lost and Effort Lost in Friction
- Problem No.1 on Load, Effort, Mechanical Advantage, Velocity Ratio and Efficiency of Machines
- Problem No.2 on Load, Effort, Mechanical Advantage, Velocity Ratio and Efficiency of Machines
- Problem No.3 on Load, Effort, Mechanical Advantage, Velocity Ratio and Efficiency of Machines
- Problem No.4 on Load, Effort, Mechanical Advantage, Velocity Ratio and Efficiency of Machines
- Problem No.5 on Load, Effort, Mechanical Advantage, Velocity Ratio and Efficiency of Machines
- Problem on Ideal Effort of Machine
- Problem on Effort Lost in Friction
- Problem on Load Lost and Effort Lost in Friction
- Problem on Maximum Efficiency
- Problem on Law of Machine
- Problem on Efficiency of Machines
- Problem 1 on Developing Law of Machine
- Problem 2 on Developing Law of Machine
- Simple Axle and Wheel Machine
- Differential Axle and Wheel Machine
- Simple Screw Jack - Working and Construction
- Weston's Differential Pulley Block
- Working of Worm and Worm Wheel
- Single Purchase Winch Crab Machine
- Double Purchase Winch Crab Machine

- Definition of Centroid
- Centroid of Plane Figures
- Problem 1 on Centroid
- Problem on Centroid of T Section
- Problem on Centroid of I Section
- Problem on Centroid of Channel Section
- Problem 2 on Centroid
- Problem 1 on Centroid on Cut-Out Section
- Problem 2 on Centroid on Cut-Out Section
- Definition of Centre of Gravity
- Centre of Gravity of Solid Bodies
- Centre of Gravity of Composite Solid (Cylinder & Cone) - Problem 1
- Centre of Gravity of Composite Solid (Cylinder & Sphere) - Problem 2
- Centre of Gravity of Composite Solid (Hemisphere & Cone) - Problem 3
- Centre of Gravity of Composite Solid (Cylinder & Hemisphere) - Problem 4
- Centre of Gravity of Composite Solid (Cylinder & Cone) - Problem 5
- Problem on Centre of Gravity of Frustum of a Cone

- Introduction to Rectilinear Motion
- Rectilinear Motion with Variable Acceleration - Problem 1
- Rectilinear Motion with Variable Acceleration - Problem 2
- Rectilinear Motion with Variable Acceleration - Problem 3
- Rectilinear Motion with Variable Acceleration - Problem 4
- Rectilinear Motion with Variable Acceleration - Problem 5
- Rectilinear Motion with Variable Acceleration - Problem 6
- Rectilinear Motion with Variable Acceleration - Problem 7
- Rectilinear Motion with Variable Acceleration - Problem 8
- Rectilinear Motion with Variable Acceleration - Problem 9
- Rectilinear Motion with Variable Acceleration - Problem 10
- Rectilinear Motion with Variable Acceleration - Problem 11
- Rectilinear Motion with Variable Acceleration - Problem 12
- Rectilinear Motion with Variable Acceleration - Problem 13
- Rectilinear Motion with Variable Acceleration - Problem 14
- Projectile Motion - Problem 1
- Projectile Motion - Problem 2
- Projectile Motion - Problem 3
- Projectile Motion - Problem 4
- Projectile Motion - Problem 5
- Projectile Motion - Problem 6
- Projectile Motion - Problem 7
- Projectile Motion - Problem 8
- Projectile Motion - Problem 9
- Projectile Motion - Problem 10
- Projectile Motion - Problem 11
- Projectile Motion - Problem 12
- Projectile Motion - Problem 13
- Projectile Motion - Problem 14
- Projectile Motion - Problem 15
- Projectile Motion - Problem 16
- Projectile Motion - Problem 17
- Projectile Motion - Problem 18
- Rectilinear Motion - Problem 1
- Rectilinear Motion - Problem 2
- Rectilinear Motion - Problem 3
- Rectilinear Motion - Problem 4
- Motion Under Gravity
- Motion Under Gravity - Problem 1
- Motion Under Gravity - Problem 2
- Motion Under Gravity - Problem 3
- Motion Under Gravity - Problem 4
- Motion Under Gravity - Problem 5
- Motion Under Gravity - Problem 6
- Motion Under Gravity - Problem 7
- Motion Under Gravity - Problem 8
- Curvilinear Motion - Problem 1
- Curvilinear Motion - Problem 2
- Curvilinear Motion - Problem 3
- Curvilinear Motion - Problem 4
- Curvilinear Motion - Problem 5
- Curvilinear Motion - Problem 6
- Curvilinear Motion - Problem 7
- Curvilinear Motion - Problem 8
- Curvilinear Motion - Problem 9
- Curvilinear Motion - Problem 10
- Curvilinear Motion - Problem 11
- Curvilinear Motion - Problem 12
- Curvilinear Motion - Problem 13
- Motion Diagram
- Motion Diagram - Problem 1
- Motion Diagram - Problem 2
- Motion Diagram - Problem 3
- Motion Diagram - Problem 4
- Motion Diagram - Problem 5

- Introduction to Kinematics of Rigid Bodies
- Instantaneous Center of Rotation
- Instantaneous Center of Rotation - Problem 1
- Instantaneous Center of Rotation - Problem 2
- Instantaneous Center of Rotation - Problem 3
- Instantaneous Center of Rotation - Problem 4
- Kinematics of Rigid Bodies - Problem 1
- Kinematics of Rigid Bodies - Problem 2
- Kinematics of Rigid Bodies - Problem 3
- Kinematics of Rigid Bodies - Problem 4
- Kinematics of Rigid Bodies - Problem 5
- Kinematics of Rigid Bodies - Problem 6
- Kinematics of Rigid Bodies - Problem 7
- Kinematics of Rigid Bodies - Problem 8
- Kinematics of Rigid Bodies - Problem 9
- Kinematics of Rigid Bodies - Problem 10

- Work Energy Principle
- Work Done by Spring Force
- Work Energy Principle - Problem 1
- Work Energy Principle - Problem 2
- Work Energy Principle - Problem 3
- Work Energy Principle - Problem 4
- Work Energy Principle - Problem 5
- Work Energy Principle - Problem 6
- Work Energy Principle - Problem 7
- Work Energy Principle - Problem 8

- Impulse Momentum Principle
- Impulse Momentum - Problem 1
- Impulse Momentum - Problem 2
- Impulse Momentum - Problem 3
- Impulse Momentum - Problem 4
- Impulse Momentum - Problem 5
- Impulse Momentum - Problem 6
- Impulse Momentum - Problem 7
- Impulse Momentum - Problem 8
- Impulse Momentum - Problem 9
- Impulse Momentum - Problem 10
- Impulse Momentum - Problem 11
- Impulse Momentum - Problem 12

- D'Alembert's Principle
- D'Alembert's Principle - Problem 1
- D'Alembert's Principle - Problem 2
- D'Alembert's Principle - Problem 3
- D'Alembert's Principle - Problem 4
- D'Alembert's Principle - Problem 5
- D'Alembert's Principle - Problem 6
- D'Alembert's Principle - Problem 7
- D'Alembert's Principle - Problem 8
- D'Alembert's Principle - Problem 9
- D'Alembert's Principle - Problem 10
- D'Alembert's Principle - Problem 11
- D'Alembert's Principle - Problem 12

Hi! Myself Prof. Shoaib Shaikh, having 21 years of teaching experience for Engineering Mechanics, Engineering Drawing, Strength of Material, Thermal Engineering and Theory of Machines. I am an author for the text book on Engineering Mechanics for Mumbai University. I have completed my bachelor’s degree in Mechanical Engineering from Amaravati University in 1995 and pursuing master’s degree. Currently I am working as assistant professor in Vidyalankar Institute of Technology, Mumbai.

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