- Kinamatic Links or element
- Types of Links
- Types of Relative motions
- Practice question on types of realtive motion- 1
- Practice question on types of realtive motion- 2
- Practice question on types of realtive motion- 3
- Practice question on types of realtive motion- 4
- Kinematic Pairs
- Classification of Kinamatic pairs- type-1
- Classification of Kinamatic pairs- type-2
- Classification of Kinamatic pairs- type-3
- Practice question on Kinamatic pairs-1
- Practice question on Kinamatic pairs-2
- Practice question on Kinamatic pairs-3
- Practice question on Kinamatic pairs-4
- Different types of Pairs or Joint
- Kinematic chain
- Degree of Freedom (DOF)
- Practice question on DOF- 1
- Practice question on DOF- 2
- Practice question on DOF- 3
- Practice question on DOF- 4
- Practice question on DOF- 5
- Practice question on DOF- 6
- Practice question on DOF- 7
- Practice question on DOF- 8
- Practice question on DOF- 9
- Practice question on DOF- 10
- Grubler criteria
- Practice question on Grubler Criteria-1
- Practice question on Grubler Criteria-2
- Four Bar Chain
- Inversion of four bar chain
- Practice question on four bar chain-1
- Practice question on four bar chain-2
- Practice question on four bar chain-3
- Practice question on four bar chain-4
- Practice question on four bar chain-5
- Single Slider Crank Mechanism
- Crank and Slotted Lever QRMM
- Practice question on QRMM-1
- Practice question on QRMM-2
- Practice question on QRMM-3
- Practice question on QRMM-4
- Practice question on QRMM-5
- Oscillating cylinder engine
- Whitworth QRMM
- Gnome Engine
- Head Pump
- Double Slider Crank Chain
- Elliptical Trammel
- Watt's Indicator diagram
- Steering Mechanism

- Instantaneous Centre of Rotation
- No. of Instantaneous Centre in a Mechanism
- Basic Instantaneous Center
- Locate Instantaneous Centre in 4 Bar Mechanism
- Kennedy Theorem and Angular Velocity Theorem
- Practice Question on Angular Velocity Theorem-1
- Practice Question on Angular Velocity Theorem-2
- Practice Question on Angular Velocity Theorem-3
- Practice Question on Angular Velocity Theorem-4
- Practice Question on Angular Velocity Theorem-5
- Practice Question on Angular Velocity Theorem-6
- Relative Velocity Approach
- Practice Question on Relative Velocity-1
- Practice Question on Relative Velocity-2
- Practice Question on Relative Velocity-3
- Acceleration Analysis
- Practice Question on Acceleration - 1
- Practice Question on Acceleration - 2
- Klein Construction
- Coriolis Acceleration
- Practice Question on Coriolis Acceleration - 1
- Practice Question on Coriolis Acceleration - 2
- Practice Question on Coriolis Acceleration - 3
- Mechanical Advantage
- Toggle Mechanism
- Transmission angle in 4 bar mechanism
- Practice question on total Acceleration-1
- Practice question on total Acceleration-2
- Practice question on total Acceleration-3
- Practice question on total Acceleration-4

- Classification of Gear - 01
- Classification of Gear - 02
- Classification of Gear - 03
- Gear Terminology - 01
- Gear Terminology - 02
- Practice Question on Gear Terminology
- Law of Gearing
- Involute Profile of Gear
- Analysis of Involute Gear
- Length of Path of Contact
- Length of Arc of Contact
- Practice question on Length of Path and Arc of contact-01
- Practice question on Length of Path and Arc of contact-02
- Practice question on Length of Path and Arc of contact-03
- Practice question on Length of Path and Arc of contact-04
- Practice question on Length of Path and Arc of contact-05
- Practice question on Length of Path and Arc of contact-06
- Interference of Gear
- Method to prevent interference of gear
- Practice question on Interference of gear-01
- Practice question on Interference of gear-02
- Practice question on Interference of gear-03
- Practice question on Interference of gear-04
- Involute gear system
- Minimum no. of teeth required on the pinion/ gear in order to avoid interference
- Minimum no. of teeth required on the rack/ pinion in order to avoid interference
- Practice question on minimum no. of teeth to avoid interference-01
- Practice question on minimum no. of teeth to avoid interference-02
- Practice question on minimum no. of teeth to avoid interference-03
- Practice question on minimum no. of teeth to avoid interference-04
- Practice question on minimum no. of teeth to avoid interference-05
- Effect of variation of center distance due to vibration on performance of involute gear
- Cycloidal Gears

- Introduction of Gear Trains
- Types of Gear trains
- Simple gear trains
- Compound Gear Trains
- Practice question on Compound Gear train-01
- Practice question on Compound Gear train-02
- Reverted Gear trains
- Practice Question on Reverted Gear Train-01
- Practice Question on Reverted Gear Train-02
- Practice Question on Reverted Gear Train-03
- Practice Question on Reverted Gear Train-04
- Epicyclic Gear trains
- Practice Question on Epicyclic Gear Train-01
- Practice Question on Epicyclic Gear Train-02
- Practice Question on Epicyclic Gear Train-03
- Practice Question on Epicyclic Gear Train-04
- Practice Question on Epicyclic Gear Train-05
- Practice Question on Epicyclic Gear Train-06
- Practice Question on Epicyclic Gear Train-07
- Practice Question on Epicyclic Gear Train-08
- Practice Question on Epicyclic Gear Train-09
- Practice Question on Epicyclic Gear Train-10
- Planetary Gear Trains
- Practice Question on Planetary Gear Train-01
- Practice Question on Planetary Gear Train-02
- Fixing Torque and Holding Torque in Epicyclic Gear Trains
- Practice Question on Fixing Torque in Epicyclic Gear Trains-01
- Practice Question on Fixing Torque in Epicyclic Gear Trains-02

- Basic concept of centrifugal governor
- Pendulum Type Governor (Watt Governor)
- Practice Question on Watt Governor
- Dead Weight Type (Porter Governor)
- Practice Question on Porter Governor-01
- Practice Question on Porter Governor-02
- Practice Question on Porter Governor-03
- Practice Question on Porter Governor-04
- Practice Question on Porter Governor-05
- Proell Governor
- Practice Question on Proell Governor-01
- Practice Question on Proell Governor-02
- Practice question on Proell governor-03
- Practice Question on Proell Governor-04
- Practice Question on Proell Governor-05
- Hartnell Governor
- Practice question on Hartnell govenor-01
- Practice Question on Hartnell Governor-02
- Practice Question on Hartnell Governor-03
- Practice Question on Hartnell Governor-04
- Practice question on Hartnell govenor-05
- Effect of Static Friction on the Performance of Centrifugal Governor
- Effort of Governor
- Practice Question on Effort of Governor
- Power of Governor
- Practice Questions on Power of Governor-01
- Practice Questions on Power of Governor-02
- Practice Questions on Power of Governor-03
- Stability of Governor
- Sensitivity of Governor
- Practice Question on Sensitivity of Governor-01
- Practice Question on Sensitivity of Governor-02
- Hunting of Governor
- Practice question of Hunting-01
- Isochronous Governor
- Practice question on Isochronous governor
- Performance Characteristics Curve of Governor (Controlling Force Diagram)
- Practice Question on Controlling Force Diagram-01
- Practice Question on Controlling Force Diagram-02
- Practice Question on Controlling Force Diagram-03
- Practice Question on Controlling Force Diagram-04
- Practice Question on Controlling Force Diagram-05

- Introduction of Kinematic and Dynamics Analysis of Slider Crank
- Piston Motion
- Piston Velocity and Acceleration
- Practice Question on Piston Velocity and Acceleration-01
- Practice Question on Piston Velocity and Acceleration-02
- Practice Question on Piston Velocity and Acceleration-03
- Connecting Rod Velocity and Acceleration
- Practice Question on Connecting Rod Velocity and Acceleration-01
- Practice Question on Connecting Rod Velocity and Acceleration-02
- Dynamic Analysis of Slider Crank
- Piston Effort
- Output of Engine
- Practice Question on Dynamic Analysis of Slider Crank-01
- Practice Question on Dynamic Analysis of Slider Crank-02
- Practice Question on Dynamic Analysis of Slider Crank-03

- Introduction of Flywheel
- Turning Moment Diagram of Single Cylinder Double Acting Steam Engine
- Practice Question on Flywheel in Turning Moment Diagram 01
- Practice Question on Flywheel in Turning Moment Diagram 02
- Practice Question on Flywheel in Turning Moment Diagram 03
- Practice Question on Flywheel in Turning Moment Diagram 04
- Practice Question on Flywheel in Turning Moment Diagram 05
- Practice Question on Flywheel in Turning Moment Diagram 06
- Practice Question on Flywheel in Turning Moment Diagram 07
- Turning Moment Diagram of Single Cylinder 4-Stroke IC Engine
- Fluctuation of Energy
- Practice Question on Turning Moment of Fluctuation of Energy-01
- Practice Question on Turning Moment of Fluctuation of Energy-02
- Practice Question on Turning Moment of Fluctuation of Energy-03
- Practice Question on Turning Moment of Fluctuation of Energy-04
- Practice Question on Turning Moment of Fluctuation of Energy-05
- Practice Question on Turning Moment of Fluctuation of Energy-06
- Practice question on turning moment of Fluctuation of Energy-07
- Requirement of Flywheel in Multi Cylinder Engine
- Requirement of Flywheel in Power Press
- Practice Question on Flywheel in Power Press-01
- Practice Question on Flywheel in Power Press-02
- Practice Question on Flywheel in Power Press-03
- Practice Question on Flywheel in Power Press-04
- Practice Question on Flywheel in Power Press-05
- Practice question on flywheel in Power press-06
- Design of Flywheel Rim
- Practice Question on Flywheel Rim-01
- Practice Question on Flywheel Rim-02
- Practice Question on Flywheel Rim-03
- Practice Question on Flywheel Rim-04

- Introduction and Types of Balancing
- Practice Question on Types of Balancing-01
- Practice Question on Types of Balancing-02
- Static balancing of rotating masses
- Practice Question on Static Balancing of Rotating Masses-01
- Practice Question on Static Balancing of Rotating Masses-02
- Practice Question on Static Balancing of Rotating Masses-03
- Practice Question on Static Balancing of Rotating Masses-04
- Balancing of Reciprocating Mass
- Primary Balancing of Reciprocating Masses
- Partial Balancing of Reciprocating Masses
- Effect of partial balancing in 2 cylinder locomotive
- Practice Question on Partial Balancing-01
- Practice Question on Partial Balancing-02
- Practice Question on Partial Balancing-03
- Practice Question on Partial Balancing-04
- Practice Question on Partial Balancing-05
- Practice Question on Partial Balancing-06
- Practice Question on Partial Balancing-07
- Introduction of Coupling Rod on 2 cylinder locomotive
- Secondary Balancing
- Practice question on secondary balancing-01
- Practice question on secondary balancing-02
- Practice question on secondary balancing-03
- Firing Order in Multicylinder Engine
- Direct and reverse crank method
- Practice Question on Direct and Reverse Crank Method-01
- Practice Question on Direct and Reverse Crank Method-02
- 3 cylinder radial engine

- Introduction of Gyroscope
- Concept of Angular Acceleration
- Gyroscopic Couple
- Practice Question on Gyroscopic Couple-01
- Practice Question on Gyroscopic Couple-02
- Practice Question on Gyroscopic Couple-03
- Effect of Gyroscopopic couple on an aeroplane
- Practice Question on Gyroscopic Couple on Aeroplane -01
- Practice Question on Gyroscopic Couple on Aeroplane -02
- Practice question on gyroscopic couple on aeroplane -03
- Practice question on gyroscopic couple on aeroplane -04
- Effect of Gyroscopic Couple on Naval Ship
- Effect of Gyroscopic Couple on Naval Ship During, Pitching and Rolling
- Practice Question on Gyroscopic Couple on Naval Ship-01
- Practice Question on Gyroscopic Couple on Naval Ship-02
- Practice question on Gyroscopic couple on naval ship-03
- Practice Question on Gyroscopic Couple on Naval Ship-04
- Gyroscopic effect on four wheeler during turning
- Practice question on gyroscopic effect on 4 wheeler-01
- Practice question on gyroscopic effect on 4 wheeler-02
- Practice question on gyroscopic effect on 4 wheeler-03
- effect of gyroscopic couple on disc fixed rigidly at a certain angle to rolling shaft
- Practice question on Gyroscopic couple on disc -01

- Classification of cam
- Practice Question on Classification of Cam
- Classification of follower
- Practice Question on Classification of Follower
- Purpose of Giving an Offset
- Different angle of Cam
- Cam Terminology
- Practice Question on Cam Terminology
- Follower Motion and its Characteristics
- Uniform Velocity Motion
- Uniform acceleration motion
- Miscellaneous Questions

- Introduction of Vibration
- Natural Vibration
- Practice Question on Natural Vibration-01
- Practice Question on Natural Vibration-02
- Practice Question on Natural Vibration-03
- Combination of Springs
- Practice Question on Combination of Springs-01
- Practice question on combination of springs-02
- Practice Question on Combination of Springs-03
- Practice question on combination of springs-04
- Energy Method
- Practice question on Energy methods-01
- Practice question on Energy methods-02
- Torque Method
- Practice question on torques method-01
- Practice question on torques method-02
- Practice Question on Torque Method-03
- Practice question on torques method-04
- spring Mass system
- Torsional Vibration
- Practice question on Torsional vibration-01
- Practice question on Torsional vibration-02
- Two rotor system
- Rayleigh Method ( Method of static deflection of mass)
- Practice question on Rayleigh method-01
- Practice question on Rayleigh method-02
- Longitudinal Vibration
- Transverse vibration
- Practice question on longitudinal and transverse vibration
- Damping System
- Over Damped system
- Critically Damped system
- Under Damped System
- Practice question on Damping system-01
- Practice question on Damping system-02
- Practice question on Damping system-03
- Practice question on Damping system-04
- Practice question on Damping system-05
- Logarithmic Decrement
- Practice Question 01 Logarithmic Decrement
- Practice Question 02 Logarithmic Decrement
- Practice Question 03 Logarithmic Decrement
- Vibration Causing Unbalanced Forces in Mechanical Running System
- Force Damped system
- Magnification Factor
- Practice Question on Magnification factor
- Vibration Isolation
- Transmittability
- Practice Question on Transmittability
- Whirling of shaft
- Practice question on whirling of shaft-01
- Practice question on whirling of shaft-02
- Practice question on whirling of shaft-03
- Practice question on whirling of shaft-04

- Year 2010 GATE Questions 01
- Year 2010 GATE Questions 02
- Year 2011 GATE Questions 01
- Year 2011 GATE Questions 02
- Year 2011 GATE Questions 03
- Year 2011 GATE Questions 04
- Year 2012 GATE Questions 01
- Year 2012 GATE Questions 02
- Year 2012 GATE Questions 03
- Year 2013 GATE Questions 01
- Year 2013 GATE Questions 02
- Year 2013 GATE Questions 03
- Year 2014 GATE Questions 01
- Year 2014 GATE Questions 02
- Year 2016 GATE Questions 01
- Year 2016 GATE Questions 02
- Year 2016 GATE Questions 03
- Year 2016 GATE Questions 04
- Year 2016 GATE Questions 05
- Year 2016 GATE Questions 06
- Year 2016 GATE Questions 07
- Year 2018 GATE Questions 01
- Year 2018 GATE Questions 02
- Year 2018 GATE Questions 03
- Year 2018 GATE Questions 04
- Year 2018 GATE Questions 05
- Year 2018 GATE Questions 06
- Year 2019 GATE Questions 01
- Year 2019 GATE Questions 02
- Year 2019 GATE Questions 03
- Year 2019 GATE Questions 04
- Year 2019 GATE Questions 05
- Year 2019 GATE Questions 06

Professor Akanksh Suman who has completed his B. Tech mechanical engineering graduate from Rajasthan Technical university in 2014. He Has over four plus years of teaching experience with proficiency in subjects like Theory of machine, Thermodynamics Production, HMT, and Fluid mechanics. With secondary specialization in Current affairs. his achievements are qualifying for GATE and ESE exams. His motto includes teaching students physical application of concepts. He quotes by saying "Acc to him students capture everything when their mind is working smoothly" for which she uses effective techniques of explaining the concepts. He has also cracked GATE 5 times and qualified it. He also has qualified ESE. According to him Teaching is pays off when students are able to learn from it and apply it in real situations. his major potential and knowledge with GATE AND ESE will help students Excel in these subjects and add value to their learning.

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