Education in Engineering with AB

https://youtu.be/ueZGnQfwZx4?si=k5ylom68cVyA6qAv

Performance Test of Diesel Engine Excellent Description Part 1 Enjoy the videos and music you love, upload original content, and share it all with friends, family, and the world on YouTube.

Friction is one of the most conceptual and MISUNDERSTOOD topics in Physics/ Mechanics. So understanding is required from the basics.

Friction Tricks You Need to Know! In this video we shall solve a classic mechanics problem involving two connected masses or blocks on an inclined plane, focusing on the role of friction. Thi...

Classical problem on Mechanics: Conceptual but mostly MISUNDERSTOOD!

2 Key Things You're Doing WRONG with Rolling Object Problems in Classical Mechanics Watch this video on a classic problem in Mechanics: a roller rolling without slipping encountering an obstacle. Learn how to solve this challenging problem s...

Data Structures and Algorithms -Overview Explained lucidly

Data Structures & Algorithms Explained: Overview Enjoy the videos and music you love, upload original content, and share it all with friends, family, and the world on YouTube.

Engineering Mechanics: Statics: Problems with smooth rollers in contact.

Two Rollers in Static Equilibrium | 3 Methods Explained Clearly In this video, I have explained a classic Engineering Mechanics problem — Two Rollers in Static Equilibrium in a 2-Dimensional system.This is a problem many ...

Mass is that property of an object by virtue of which it is able to eat full/part of a force or system of forces supplied/applied to it and produces proportional acceleration.

A theoretically massless object cannot independently have definite or defined physical acceleration as it cannot eat force as it has no mass.

The concepts of static or dynamic equilibrium and conservation of Mechanical energy is hidden in the above statements. Drawing of free body diagram related to massed or non-massed objects becomes meaningful if these statements are understood.

https://youtu.be/fYmH_yR7zwo?si=KqgkrhwoLhMpcTL8

"Compressible Flow vs Compressible Fluid | Concept Explained Clearly | Arijit Banerjee" Understanding the difference between compressible flow and compressible fluid is one of the most misunderstood topics in thermodynamics and fluid mechanics.I...

https://youtu.be/Ccd_ndBMJo4?si=MKUMvQ8rsCXyl0eJ

Compressible Flow vs Compressible Fluid | Concept Explained Clearly in Bengali #shorts #shortsviral Understanding the difference between compressible flow and compressible fluid is one of the most misunderstood topics in thermodynamics and fluid mechanics.I...

https://youtu.be/iq0Si12NXu0?si=nkn2nrFB66lzjnDO

Vector Decomposition with Dot Product | Find 2D Orthogonal Components Easily! Learn how to decompose a vector into its 2D orthogonal components using the dot product method!This video explains both the theory and calculation behind vec...

Calculation demonstration:

Vector Decomposition using Dot Product | Components in 3D Explained by Dr. Arijit Banerjee Understand the concept of Vector Decomposition using the Dot Product — a powerful tool in Engineering Mechanics, Physics, and Vector Calculus!In this video, ...

Resolution or decomposition of vectors by calculating the components using dot products.
Vector algebra operations can be easily done in GeoGebra app. Thereby, you can easily visualise important concepts. Visualisation gives you permanent memorization.
So do not miss this series of video demonstrations.

Vector Resolution Explained Visually | Dot Product & Orthogonal Projection in 3D Space In this detailed 23-minute video, we explore one of the most powerful ideas in vector algebra — the decomposition of a vector along coordinate directions and...