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Why g = 9.81 m/s² ? Step by step calculation #shorts
Thank you for your love ❤️❤️
[Analytical Method] Balancing of several masses rotating in Different Plane(DOM/TOM)
5 in 5 MCQs: Season 01 - Episode 01 | Law of Parallelogram of Forces | GATE| UPSC| Competitive exams
Trigonometry Numerical | cot theta = 7/8 | Find all other trigonometric ratios
Basics of Finite Element Analysis - Part 2 : Theoretical Approach
Basics of Finite Element Analysis - Part 1 : Practical Approach
Trigonometry Basics | Trigonometry Formulas | Maths Class 10 & 9 | Learning sin, cos & tan theta
Gravitational Acceleration g is 9.8 m/s² - Step by Step Calculation!
Solar Angles [Animated] | Angle of Latitude| Zenith Angle|Azimuth Angle|Tilt & Inclination[English]
Rotation Operator with full Derivation | Vector projection (Vector calculus and linear algebra)
Solar Declination angle (δ) | Animated Video [English]
Projection Operator | Vector projection (Vector calculus and linear algebra)
Reflection Operator Linear Algebra | Matrix transformation | VCLA
Assignment Problem 1 | Hungarian method | Operation Research
Big M Method in Hindi | Linear programming problem | Operation Research
Assignment Model in Operation Research in Hindi | INTRODUCTION | Assignment Problem
MODI or UV Method Transportation problem in Hindi | Transportation Problem | Operation Research
Stepping Stone Method transportation problem in Hindi | Transportation Problem | Operation Research
Unbalanced Transportation Problem in Hindi | Transportation problem | Operation Research
Tie in selecting Row and Column | Vogels approximation method in Hindi (VAM)| Transportation Problem
Vogels approximation method in Hindi (VAM) | Transportation Problem | Operation Research
Least Cost Method transportation problem in Hindi | Operation Research
North west corner method transportation problem in Hindi | North west corner rule | OR
Transportation Problem Introduction | Operation research (OR)
Simplex Method in Hindi | Linear programming problem (LPP) by simplex method | Theory+Solved problem
LPP | Special cases for Graphical method | Infeasible solution, Unbounded solution | OR
Graphical Method in Linear Programming | Maximization and minimization problems | Operation Research
LPP Formulation | Theory + Problems | Linear programming problem | Operation Research
LPP | Linear Programming problem in hindi | Introduction, Advantages, Limitations, Applications
Numerical 4 | Vibration Isolation and Transmissibility | Dynamics of machinery
Numerical 3 | Vibration Isolation and Transmissibility | Dynamics of machinery
Numerical 2 | Vibration Isolation and Transmissibility | Dynamics of machinery
Numerical 1 | Vibration Isolation and Transmissibility | Dynamics of machinery
Vibration Transmissibility (Force Transmissibility And Motion Transmissibility) Derivation | DOM
Vibration Isolation | Definition, Objectives, Types | Vibration isolation and Transmissibility
Radial Engine Numerical (Using Direct and Reverse Crank method) | Balancing of Reciprocating masses
Numerical | Forced Vibration with Rotating and Reciprocating Unbalance | Dynamics Of Machinery
Forced Vibration with Rotating and Reciprocating Unbalance | Dynamics of Machinery
Numerical on Forced Damped Vibration with Constant Harmonic Excitation | DOM
Magnification Factor or Dynamic Magnifier | Forced Damped Vibration | DOM
Forced Damped Vibration with Constant Harmonic Excitation in Hindi | Dynamics of Machinery (DOM)
Numerical 2 | Balancing of Locomotive Engine | Find Tractive Force, Swaying Couple, etc...
Numerical 1 | Balancing of Locomotive Engine | Find Tractive Force, Swaying Couple, etc...
Hammer Blow | Effect of Partial Balancing of Locomotives | (DOM)
Swaying Couple | Effect of Partial Balancing of Locomotives | (DOM)
Variation of Tractive Force | Effect of Partial Balancing of Locomotives | (DOM) | Tractive Effort
Partial balancing of Locomotives | Introduction, Working, Types, Why partial balancing??
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Ajinder Pal Singh Gaba
That's nice....I got full marks in this question in my paper after watching this video
Pooja Rajani
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mayank patel
Thank you sir for providing this maths video lectures. It helps me alot as I am weak in maths and had many times backlog in this subject. Now I am understanding the topics very clearly in a very small amount of time in a simple way. Thank you all again😊.
FAIZ ZM
Thank you a lot sir.. because of your video I have done well with my paper today.. Thanks alot..
Mr. D v logs
Your teaching style is marvelous....thank you so much sir
Arti Kesarwani
Thank you sir. It was so easy to learn from your channel.
Yash Joshi
Thanks for sharing this kind of knowledge with us. After watching this video i am able to solve the numerical based on balancing of four cylinder inline engine. Once again thanks a lot for sharing this. Thank you and keep sharing this kind of knowledge. :)
shane abbas
I really appreciate your efforts ....Thank you so much for your kind help ....
santhosh Banoth
I didn't give any comment to any channel in my life ..for the first time i am giving this feedback..amazing explanation..thank you
Jitraj Jana
JUST EXCEPTIONALLY GREAT TEACHING. THANKS A LOT SIR. 👏👏👏👏👏👏👏👏👏👏
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