Problem 1 Epicyclic Gear Train | Tabular method | Algebraic Method @pragyaniketan92

Epicyclic Gear Train | Must Watch before Solving Problems | Important | Simple Explanation ⚙️

Reverted Gear Train | Need, Concept & Derivation | Simple Explanation @pragyaniketan92

Compound Gear Train | Need, Derivation, Easy Explanation| @Pragya Niketan

Simple Gear Train | Types of Gear Train | Simple Explanation @pragyaniketan92

Gear Train - Definition, Concept & Need | Velocity Ratio | Simple Explanation @Pragya Niketan

Problem - 5 | Gear | Interference Just Avoided | Understand the Concept @pragyaniketan92

Problem - 4 | Gear | Important Question | Step by Step @pragyaniketan92 Understand the Concept 👍

Problem - 3 | Gear | Simple Explanation with Concept | Wrong in the book @pragyaniketan92

Force Analysis of Gear Tooth | Simple Explanation @Pragya Niketan

Minimum Number of Teeth | Rack and Pinion | Derivation #AvoidInterference @pragyaniketan92

Minimum Number of Teeth on Pinion to Avoid Interference | Simple Derivation | @Pragya Niketan

Interference In Gear | All Methods | Concept @pragyaniketan92 Simple Explanation

Problem 2 | Gear | Path of Contact, Arc of Contact, Contact Ratio @pragyaniketan92

Velocity of Sliding | Concept | Gear @pragyaniketan92

Problem 1 Gear | Arc of Contact | Path of Contact | Addendum @pragyaniketan92

Arc of Contact | Contact Ratio | & Important Formula's @pragyaniketan92

Analysis of Involute Gear Profile | Path of Contact, Approach & Recess | Pressure Angle | Lecture 6

Involute and Cycloidal Gear Profile | Concept and Difference | Undercutting & Interference

Gear Ratio | Concept @Pragya Niketan Lecure 4

Gear Terminology | Simple Explanation @Pragya Niketan

Gear Classification | Complete Simple Explanation #theoryofmachines @pragyaniketan92

Gear - Complete Explanation | Theory of Machines | Pragya Niketan

Problem 3 | (Without Angle) Several Masses Rotating in Different Planes Balancing @pragyaniketan92

Electroslag Welding | Complete Explanation Step by Step@pragyaniketan92

TIG vs MIG | Difference Between TIG and MIG | V. Imp. @pragyaniketan92

MIG Welding | Complete Explanation Step by Step | Important

Hartung Governor | Working | Complete Explanation @Pragya Niketan

TIG Welding | Tungsten Inert Gas Welding | Complete Explanation

Projection of Plane | Problem 3 | IPU | First Year ED @pragyaniketan92

Projection of Plane | Problem 2 | IPU | First Year ED @pragyaniketan92

Submerged Arc Welding | Easy Explanation @pragyaniketan92

Projection of Plane | Problem 1 | IPU | First Year ED @pragyaniketan92

Wilson Hartnell Governor Derivation | Easy Explanation @pragyaniketan92

Wilson Hartnell Governor | Concept Step by Step | Simple Explanation @Pragya Niketan

Coriolis Component of Acceleration | Derivation | Step by Step @pragyaniketan92

Filler Rods & Flux in Welding | Important | Simple Explanation

Coriolis Component of Acceleration | Concept & Direction | Simple Explanation

Problem-4 Four Bar Chain | Velocity and Acceleration Diagram | Step by Step #important

Problem-3 Relative Velocity And Acceleration Diagram | Step by Step | Simple Explanation

Problem -2 l Relative Velocity & Acceleration Diagram l Step by Step @pragyaniketan92

Problem -1 l Relative Velocity & Acceleration Diagram l Step by Step @pragyaniketan92

Acceleration in Mechanism | Relative Acceleration Diagram Concept & Formula's @pragyaniketan92

Problem-5 Relative Velocity Method | Special Case | Important

Problem-4 Relative Velocity Method | Rubbing Velocity | Must Watch

Problem-3 Relative Velocity Method | Step by Step @pragyaniketan92

Problem-2 Relative Velocity Method | Step by Step @pragyaniketan92 Important 👍

How to draw Parallel Lines using set square | step by step @pragyaniketan92

Rubbing Velocity Concept | Relative Velocity Method @Pragya Niketan

Problem-1 | Relative Velocity Method | Asked in University Exam | Complete Concept

Velocity Analysis - Relative Velocity Method | Concept @pragyaniketan92

Problem 1- Balancing of locomotives | Very Important | Step by Step Explanation

Hammer Blow in Locomotives | Concept @pragyaniketan92

Swaying Couple in Locomotives | Concept & Derivation @pragyaniketan92

Balancing of Locomotives | Variation of Tractive Force | Concept & Derivation

Problem-1 Balancing of Reciprocating Masses @pragyaniketan92

Partial Balancing of Unbalanced Primary Force in a Reciprocating Engine-Part 2 @Pragya Niketan

Balancing of Reciprocating Masses | Easy Conceptual Explanation @pragyaniketan92

Problem 2 | Balancing of Several Rotating Masses in Different Planes | Important ⭐

Case 4 | Balancing of Several Masses Rotating in Different Planes @pragyaniketan92