- Introduction to Trusses and Its Stability Criteria
- Stability Criteria of Trusses and Example 1
- Stability Criteria of Trusses and 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 Section - Example 1
- Method of Section - Example 2
- Method of Section - Example 3
- Method of Section - Example 4
- Method of Section - Example 5
- Method of Section - Example 6
- Method of Joint - Example 1
- Method of Joint - Example 2

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

- What is Definition of Equilibrium?
- Problem No.1 on Equilibrium
- Problem No.2 on Equilibrium
- Problem No. 3 on Equilibrium
- Problem No.4 on Equilibrium
- Problem No.5 on Equilibrium
- Problem No.6 on Equilibrium
- Problem No.7 on Equilibrium
- Problem No.8 on Equilibrium
- Problem No.9 on Equilibrium
- Problem No.10 on Equilibrium
- Problem No.11 on Equilibrium
- What is Lami's Theorem
- Problem No. 2 on Lami's Theorem
- Problem no. 3 on Lami's Theorem
- Problem No. 4 on Lami's Theorem
- Problem No. 5 on Lami's Theorem
- Problem No. 6 on Lami's Theorem
- Problem No. 7 on Lami's Theorem
- Problem No. 1 on Beam-Reactions
- Problem No. 2 on Beam-Reactions
- Problem No. 3 on Beam-Reactions
- Problem No. 4 on Beam-Reactions
- Problem No. 5 on Beam-Reactions
- Problem No. 6 on Beam-Reactions
- Problem No. 7 on Beam-Reactions
- Problem No. 8 on Beam-Reactions
- Problem No. 9 on Beam-Reactions
- Problem No. 10 on Beam-Reactions
- Problem No. 11 on Beam-Reactions
- Problem No. 12 on Beam-Reactions
- Problem No. 13 on Beam-Reactions
- Problem No.14 on Beam-Reactions
- Problem No.15 on Beam-Reactions
- Problem No.16 on Beam-Reactions
- Problem No.17 on Beam-Reactions

- Problem No. 1 on Friction
- Problem No. 2 on Friction
- Problem No. 3 on Friction
- Problem No. 4 on Friction
- Problem No. 5 on Friction
- Problem No. 6 on Friction
- Problem No. 7 on Friction
- Problem No. 8 on Friction
- Problem No. 9 on Friction
- Problem No.10 on Friction
- Problem No.11 on Friction
- What is meant by Ladder Friction
- Problem No. 1 on Ladder Friction
- Problem No. 2 on Ladder Friction

- What is Moment and Varignon's Theorem of Moments
- Problem No. 1 Coplanar Non-Concurrent force system
- Problem No. 2 Coplanar Non-Concurrent force system
- Problem No. 3 Coplanar Non-Concurrent force system
- Problem No. 4 Coplanar Non-Concurrent force system
- Problem No. 5 Coplanar Non-Concurrent force system
- Problem No. 6 Coplanar Non-Concurrent force system
- Problem No. 7 Coplanar Non-Concurrent force system
- Problem No. 8 Coplanar Non-Concurrent force system
- Problem No. 9 Coplanar Non-Concurrent force system
- Problem No. 10 Coplanar Non-Concurrent force system
- Problem No.11 on Non Concurrent force system
- Problem No. 1 on Resolution and Composition of Forces
- Problem No. 2 on Resolution and Composition of Forces
- Problem No. 3 on Resolution and Composition of Forces
- Problem No. 4 on Resolution and Composition of Forces

- What are the Definitions of Simple Machines, Compound Machines, Load and Effort
- What are the Definitions of Mechanical Advantage, Velocity Ratio, Input, Output & Efficiency Mechanics
- What are the Definitions of Ideal Machine, Actual Machine, Ideal Effort and Ideal Load
- What are the Definitions of Law of Machine, Maximum Mechanical Advantage and Maximum Efficiency
- Definition of Reversible and Irreversible Machines, Load Lost in Friction
- Problem No.1 on Load, Effort, Mechanical Advantage, Velocity ratio and Efficiency
- Problem No.2 on Load, Effort, Mechanical Advantage, Velocity ratio and Efficiency
- Problem No.3 on Load, Effort, Mechanical Advantage, Velocity ratio and Efficiency
- Problem No. 4 on Load, Effort, Mechanical Advantage, Velocity ratio and Efficiency
- Problem No.5 on Load, Effort, Mechanical Advantage, Velocity ratio and Efficiency
- Problem on Ideal Effort in Friction
- Problem on Effort Lost in Friction
- Problem on Effort Lost in Friction and Load Lost in Friction
- Problem on Maximum Efficiency
- Problem on Law of Machine
- Problem on Efficiency
- Problem No. 1 on Developing Law of Machine
- Problem No. 2 on Developing Law of Machine
- What is Simple Axle and Wheel
- What is Differential Axle and Wheel
- What is Working and Construction of Simple Screw Jack
- What is Weston's Differential Pulley Block
- What is Working of Worm and Worm Wheel
- What is Single Purchase Winch Crab
- What is Double Purchase Winch Crab

- What is Centroid and Centre of Gravity
- What is Centroid of Some Plane Figures
- Problem on Centroid for a T Section
- Problem on Centroid of a I-Section
- Problem on Centroid for a Channel Section
- Problem on Centroid
- Problem no. 1 on Centroid for Cut-out Section
- Problem no. 2 on Centroid for Cut-out Section
- What is the Definition of Centre of Gravity
- What is the Centre of Gravity for some Solids
- Problem No. 1 on Composite Solid (Cylinder and Cone)
- Problem No. 2 on Composite Solid (Cylinder and Sphere)
- Problem No. 3 on Composite Solids (Hemisphere and Cone)
- Problem No. 4 on Composite Solids (Cylinder and Hemisphere)
- Problem No. 5 on Cut-Out Solid Section (Cylinder and Cone)
- Problem on Frustum of a Cone

- Theory of Rectilinear Motion- Uniform and Uniformly Accelerated Motion
- Problem No. 1 on Rectilinear Motion with Variable Acceleration
- Problem No. 2 on Rectilinear Motion with Variable Acceleration
- Problem No. 3 on Rectilinear Motion with Variable Acceleration
- Problem No. 4 on Rectilinear Motion with Variable Acceleration
- Problem No. 5 on Rectilinear Motion with Variable Acceleration
- Problem No. 6 on Rectilinear Motion with Variable Acceleration
- Problem No. 7 on Rectilinear Motion with Variable Acceleration
- Problem No. 8 on Rectilinear Motion with Variable Acceleration
- Problem No. 9 on Rectilinear Motion with Variable Acceleration
- Problem No. 10 on Rectilinear Motion with Variable Acceleration
- Problem No. 11 on Rectilinear Motion with Variable Acceleration
- Problem No. 12 on Rectilinear Motion with Variable Acceleration
- Problem No. 13 on Rectilinear Motion with Variable Acceleration
- Problem No. 14 on Rectilinear Motion with Variable Acceleration
- Problem No. 1 Based on Projectile Motion
- Problem No. 2 Based on Projectile Motion
- Problem No. 3 Based on Projectile Motion
- Problem No. 4 Based on Projectile Motion
- Problem No. 5 Based on Projectile Motion
- Problem No. 6 Based on Projectile Motion
- Problem No. 7 Based on Projectile Motion
- Problem No. 8 Based on Projectile Motion
- Problem No. 9 Based on Projectile Motion
- Problem No. 10 Based on Projectile Motion
- Problem No. 11 Based on Projectile Motion
- Problem No. 12 Based on Projectile Motion
- Problem No. 13 Based on Projectile Motion
- Problem No. 14 Based on Projectile Motion
- Problem No. 15 Based on Projectile Motion
- Problem No. 16 Based on Projectile Motion
- Problem No. 17 Based on Projectile Motion
- Problem No. 18 Based on Projectile Motion
- Problem No. 1 Based on Rectilinear Motion
- Problem No. 2 Based on Rectilinear Motion
- Problem No. 3 Based on Rectilinear Motion
- Problem No. 4 Based on Rectilinear Motion
- Rectilinear Motion Under Gravity - Theory
- Problem No. 1 Rectilinear Motion - Motion Under Gravity
- Problem No. 2 Based on Motion Under Gravity
- Problem No. 3 Based on Motion Under Gravity
- Problem No. 4 Based on Motion Under Gravity
- Problem No. 5 Based on Motion Under Gravity
- Problem No. 6 Based on Motion Under Gravity
- Problem No. 1 on Curvilinear Motion
- Problem No. 2 on Curvilinear Motion
- Problem No. 3 on Curvilinear Motion
- Problem No. 4 on Curvilinear Motion
- Problem No. 5 on Curvilinear Motion
- Problem No. 6 on Curvilinear Motion
- Problem No. 7 on Curvilinear Motion
- Problem No. 8 on Curvilinear Motion
- Problem No. 9 on Curvilinear Motion
- Problem No.10 on Curvilinear Motion
- Problem No. 11 on Curvilinear Motion
- Problem No. 12 on Curvilinear Motion
- Problem No. 13 on Curvilinear Motion
- What is the Concept of Motion Diagrams in Mechanics?
- Problem No. 1 on Motion Diagram
- Problem No. 2 on Motion Diagram
- Problem No. 3 on Motion Diagram
- Problem No. 4 on Motion Diagram
- Problem No. 5 on Motion Diagram

- What is Kinematics of Rigid Bodies
- Introduction to Kinematics of Rigid Bodies with Simple Example
- Instantaneous Center of Rotation Problem No. 1
- Instantaneous Center of Rotation Problem No. 2
- Instantaneous Center of Rotation Problem No. 3
- Instantaneous Center of Rotation Problem No. 4
- Problem No. 1 Based on Kinematics of Rigid Bodies
- Problem No. 2 Based on Kinematics of Rigid Bodies
- Problem No. 3 Based on Kinematics of Rigid Bodies
- Problem No. 4 Based on Kinematics of Rigid Bodies
- Problem No. 5 Based on Kinematics of Rigid Bodies
- Problem No. 6 Based on Kinematics of Rigid Bodies
- Problem No. 7 Based on Kinematics of Rigid Bodies
- Problem No. 8 Based on Kinematics of Rigid Bodies
- Problem No. 9 Based on Kinematics of Rigid Bodies
- Problem No. 10 Based on Kinematics of Rigid Bodies

- What is the Work Energy Principle ( WEP ) ?
- What is Work Done by Spring Force in Kinetics of Particles?
- Problem No. 1 Based on Work Energy Principle (WEP)
- Problem No. 2 Based on Work Energy Principle (WEP)
- Problem No. 3 Based on Work Energy Principle (WEP)
- Problem No. 4 Based on Work Energy Principle (WEP)
- Problem No. 5 Based on Work Energy Principle (WEP)
- Problem No. 6 Based on Work Energy Principle (WEP)
- Problem No. 7 Based on Work Energy Principle (WEP)
- Problem No. 8 Based on Work Energy Principle (WEP)

- What is Impulse Momentum, Impact and Collision Between Elastic Bodies in Kinetics of Particles
- Problem No.1 on Impulse Momentum, Impact and Collision Between Elastic Bodies in Kinetics of Particles
- Problem No.2 on Impulse Momentum, Impact and Collision Between Elastic Bodies in Kinetics of Particles
- Problem no.3 on Impulse Momentum, Impact & Collision Between Elastic Bodies in Kinetics of Particles
- Problem no.4 on Impulse Momentum, Impact & Collision Between Elastic Bodies in Kinetics of Particles
- Problem no.5 on Impulse Momentum, Impact & Collision Between Elastic Bodies in Kinetics of Particles
- Problem no.6 on Impulse Momentum, Impact & Collision Between Elastic Bodies in Kinetics of Particles
- Problem no.7 on Impulse Momentum, Impact & Collision Between Elastic Bodies in Kinetics of Particles
- Problem no.8 on Impulse Momentum, Impact & Collision Between Elastic Bodies in Kinetics of Particles
- Problem no.9 on Impulse Momentum, Impact & Collision Between Elastic Bodies in Kinetics of Particles
- Problem no.10 on Impulse Momentum, Impact & Collision Between Elastic Bodies in Kinetics of Particles
- Problem no.11 on Impulse Momentum, Impact & Collision Between Elastic Bodies in Kinetics of Particles
- Problem no.12 on Impulse Momentum, Impact & Collision Between Elastic Bodies in Kinetics of Particles

- What is D'Alemberts Principle in Kinetics of Particles
- Problem No. 1 on D'Alemberts Principle in Kinetics of Particles.
- Problem No. 2 on D'Alemberts Principle in Kinetics of Particles.
- Problem no. 3 on D'Alemberts Principle in Kinetics of Particles
- Problem No. 4 on D'Alemberts Principle in Kinetics of Particles
- Problem no. 5 on D'Alemberts Principle in Kinetics of Particles
- Problem No. 6 on D'Alemberts Principle in Kinetics of Particles
- Problem No. 7 on D'Alemberts Principle in Kinetics of Particles
- Problem no. 8 on D'Alemberts Principle in Kinetics of Particles
- Problem No. 9 on D'Alemberts Principle in Kinetics of Particles
- Problem No. 10 on D'Alemberts Principle in Kinetics of Particles
- Problem No. 11 on D'Alemberts Principle in Kinetics of Particles
- Problem No. 12 on D'Alemberts Principle in Kinetics of Particles

- Energy and Momentum Method
- Concepts of Work and Energy
- Work of Force of Gravity
- Potential and Kinetic Energy
- Concepts of Momentum
- Numerical 01 on Energy and Momentum Method
- Numerical 02 on Energy and Momentum Method
- Numerical 03 on Energy and Momentum Method
- Numerical 04 on Energy and Momentum Method
- Numerical 05 on Energy and Momentum Method

Prof. Shoaib Shaikh, has 10 years of teaching experience in Engineering Mechanics, Engineering Drawing, Strength of Material, Thermal Engineering and Theory of Machines. He is an author for the textbook on Engineering Mechanics for Mumbai University. He has completed his bachelorâ€™s degree in Mechanical Engineering from Amravati University in 1995 and is pursuing masterâ€™s degree at present. Currently he is working as assistant professor in Vidyalankar Institute of Technology, Mumbai.

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