Coriolis acceleration is always difficult to teach and understand. Your great teaching video has made it easy for students to understand. Thank you very much.
Its GeoGebra ! More interesting stuff on our channel : EXCEL CALCULATORS: tinyurl.com/yd23xzur Thermodynamics Excel calculator: tinyurl.com/yarsw74h How to videos: tinyurl.com/ya3nns9t
To find out the velocity diagram scale . You can choose any value like 5 cm, 6 cm etc. accordingly your velocity diagram scale changes. 5 cm indicates on your sketch book that you are going to represent the velocity of input link obtained by 5 cm.
When it comes to drawing the acceleration components on the diagram, how come you choose to draw the Coriolis component second? I am not sure when to draw it and how it relates to the tangential and normal components of qp
The accelerations which we know in magnitude and directions we are drawing first for e.g. radial or Coriolis components and then we get the tangential ones. Thanks.
How did you find the length of the vectors and the angles between of each line in your velocity diagram? I mean can I solve these without using computer?
You can solve without using the computer.... That method itself is illustrated in the video by taking proper velocity diagram scale . The method is relative velocity and acceleration method. Please go through it again !!! Thanks !!!
Teaching is so good but in acceleration diagram you must have taken easy position of quick returns mechanism to better understand in your case velocity diagram position is so good to understand but in acceleration diagram not good many students can't understood.......so i suggest you that please taken easy diagram
Coriolis acceleration is always difficult to teach and understand. Your great teaching video has made it easy for students to understand. Thank you very much.
Most welcome ....
Thank you so much sir.. It was the most straight forward and error free video ever
And the animations ever really good and helpful
Thank you so much for your kind words... Most welcome.
this is the only goode video in utube to learn coriolis properly thnx a lot
Thank you very much ...
If u can please upload another example ..thnx
Will definitely try within my busy schedule ...
best of luck to keep good work
Uploaded yesterday another video on Coriolis component of acceleration ...
Nicely explained everything , and animation also helped a lot . Thank you sir.
Most welcome !
Hello how are you calculating sliding acceleration of Q/P??
It was indeed a grade saver one!
take ♥ from BUET,Bangladesh
Most welcome !!
kop sakib..kop
Superb teaching sir... Easy to understand... 👍👏👏
Thank you so much !!!!
Thanku very much .All doubts cleared... Excellent explanation 👍👍
Most welcome & thanks for the complements ....
that animation ...respect!! thanks a lot.
Thanks ... Most welcome
Thank you so much 🌸✨
That was very useful 💛
Wonderful explanation but sir which software had you used for making this diagram?
how do we know direction of Coriolis component?please answer
Thank you. Nice explanation.
Most welcome !
Good explanation
May you please kindly share the name of the links animation app you used for this presentation
th-cam.com/video/ZrB4tZSQUZI/w-d-xo.html
thank you so much sir... Was very very helpful....
Most welcome !
Which software did u use sir?To animate the mechanisms and do these constructions...?
Its GeoGebra ! More interesting stuff on our channel :
EXCEL CALCULATORS:
tinyurl.com/yd23xzur
Thermodynamics Excel calculator:
tinyurl.com/yarsw74h
How to videos:
tinyurl.com/ya3nns9t
very well explained thanx a lot.☺
Most welcome !!!
what is the applications of this mechanism?
Shaper machine ! You may find more interesting videos here: th-cam.com/play/PLW4Rtyezg8ymoqJS8LDKoFG3fVa_P83dK.html
@@CHINMAY_ACADEMY This is only app of this ?
Thank you for this lesson. This will help me in my exam today
Most welcome !!
Add upto 10 videos like this on sppu syllabus
Surely will try !!
I m bit confused with the directions
How did you fix the first vector length as 5??
To find out the velocity diagram scale . You can choose any value like 5 cm, 6 cm etc. accordingly your velocity diagram scale changes. 5 cm indicates on your sketch book that you are going to represent the velocity of input link obtained by 5 cm.
When it comes to drawing the acceleration components on the diagram, how come you choose to draw the Coriolis component second? I am not sure when to draw it and how it relates to the tangential and normal components of qp
The accelerations which we know in magnitude and directions we are drawing first for e.g. radial or Coriolis components and then we get the tangential ones. Thanks.
Which is the software used? The video is gr8...with excellent explanation...
How to calculate the h?
hats off to you Sir
Thanks !!!
I like this course
Thank you !!!
Great video :) thanks !
You are most welcome ....
Good explanation.
How did you find the length of the vectors and the angles between of each line in your velocity diagram? I mean can I solve these without using computer?
You can solve without using the computer.... That method itself is illustrated in the video by taking proper velocity diagram scale . The method is relative velocity and acceleration method. Please go through it again !!! Thanks !!!
Teaching is so good but in acceleration diagram you must have taken easy position of quick returns mechanism to better understand in your case velocity diagram position is so good to understand but in acceleration diagram not good many students can't understood.......so i suggest you that please taken easy diagram
Thanks for your kind word....will definitely try to improve...
I think am ready for my test. Thank you so much
Most welcome & All the best !!!!
Thank you
MOST WELCOME !!!!
what is a program use
Nice
Thank you !
Super nice
Thank you ! Other interesting videos here: th-cam.com/play/PLW4Rtyezg8yl-DJa2vbMES9XsLNhYl82e.html
iz dhere a part twu?
Part two will be coming soon .... Thanks for watching
i can not understand this subject (i.e mechanism of machinery) please say semthing me
It means your dumbass
good but you are explanning the already drawn diagrams
Thanks .. we are having the other videos on our channel in which animation of velocity diagram are drawn which can help you .. Please go through it.
Good lecture but 7 ads?! Lol
Thanks ...
1 cm - 10mm
assuming 1cm=100mm