Velocity analysis of Four bar chain by Relative velocity method

[@varunmali7412]

Sir ,because of you i am going to get 20 marks in exam

[@hey_developer]

Do you remember getting those 20 marks ?

[@bhargava730]

This video needs a good no of like because very good explanation about velocity diagrams. Thanks sir for explaining

[@jossthomas97]

Good Video to learn about Velocity, easily explained

[@alfredbanjo8110]

The explanation is very clear.. thank you sir.

[@deeppanchal304]

It was a really helpful video sir thank you ✨

[@mohlaps5498]

Your explanation is clear. i now understand. thank you.Do you have Acceleration diagram video?

[@toonzman3]

TQ. Sir iam class with your explanation

[@emmanuelraj574]

Excellent explaination sir thank you so much

[@yashrajshirole8866]

How did u get the vector??

[@Lmarfu725]

Well explained 👏

[@mandlasiddhartha6531]

Nice sir ❤️👍

[@ilyadanisyah4556]

How do u get vector dc = 3.85cm

[@edutechguruengineeringlear4280]

kzbin.info/www/bejne/b5-0lK1-h5Vjp5Y

[@vikasbeeraka6969]

measure the distance between a,d and point C in the velocity diagram

[@edutechguruengineeringlear4280]

@@vikasbeeraka6969 kzbin.info/www/bejne/hnS1d5uCf9Wri6s

[@praveenas1215]

Good video. May I know the software used for creating the animation?

[@drjojithomas]

I use only Microsoft powerpoint presentation

[@5e1va]

Thank you Sir Very helpful

[@zaraadamson6803]

Thank you, Doctor!

[@sayanroy1681]

Good video

[@Cricket_studies]

This is related to which class??????

[@drjojithomas]

@Cricket_studies This is a class II mechanism where there is no crank. I have taken this problem from the book by R S Khurmi as it is.

[@nanibade8434]

What is 0.04 in the diagram

[@drjojithomas]

Length of crank in m

[@Ruwiwithmini]

Best video

[@shadielshazly5877]

Thank you great job.

[@varunmali7412]

Thank younso much

[@navodyahansamali6494]

thank you sir

[@shiraazwilliams9337]

Thanx 👍 Sir