Great video! Thanks so much for making. Some students find it helpful to interpret the center of mass formula as a "weighted" average, with every object having a different coefficient (weight) depending upon its fraction of the total mass of the system.
think it's impressive how Bo was able to get the accurate value to the 5th place fast without a calculator while calculating the center of mass in the y position
sir in this case if we made an y and x axis making 1.1 kg mass as the origin,we could use the same formula and get the position relative to the 1.1 kg mass right?Please reply ..and thanks for this engagging video
Only in the case of a point mass, in which case it is a single particle instead of a system of particles. In general, the center of mass is just a virtual point that has useful properties. There could be a mass at the center of mass itself, or it could be empty space.
man who makes physics , so damn interesting , you come for his videos not because you have to watch them but because you want to watch them
Thank you again for your continued support. I have confidence that more will come with continued hard work and patience.
This is so well explained and presented. Really well done glad to find this gem.
you work so hard , you deserve so much more
Great video! Thanks so much for making. Some students find it helpful to interpret the center of mass formula as a "weighted" average, with every object having a different coefficient (weight) depending upon its fraction of the total mass of the system.
you don't understand how well this video is and how well it taught me this subject THANK YOU!!! keep making great content.
Hello sir , i think you are really best techer. Love from lndia 👍
It makes me happy to know you think so. :)
this quarantine made find so many underrated channels, damn
Glad you found me!
Same happens with me
ur the heimler history of physics, if i get a 5 on this exam its all thanks to you
the video is fun, easy to understand, and well explained
Good video 😍 you have newtonian hair, where is the apple tree 😀
Oh thanks to you Sir! And thanks to your biology class, now I can continue writing my Astroid clone.
He has a biology class?
@@carultch I honestly don't know what I was referring to.
Maybe it should be just a joke ¯\_(ツ)_/¯
it just became easy and had fun watching this video...thank you sir😊😊
think it's impressive how Bo was able to get the accurate value to the 5th place fast without a calculator while calculating the center of mass in the y position
Bo has always had skills with numbers, however, he still struggles with the physics sometimes, just like the rest of us.
Flipping Physics wow well said!
Concepts with amaging animation loved this too much my concepts get cleared in visual form thanks you from my core of heart
Thanks for the love!
You are real Newton 😀
Super helpful and easy to follow! Thanks FP
Physics is awesome.
Agreed.
These kinds of problems are medicine for me
I am glad to know I provide you good medicine.
Thanks man... You just helped a man like me😊
sir in this case if we made an y and x axis making 1.1 kg mass as the origin,we could use the same formula and get the position relative to the 1.1 kg mass right?Please reply ..and thanks for this engagging video
Love this! So easy to understand
Glad it was helpful!
Wao good way of teaching
U r awesome sir. U don't know that but u r
so helpful man I appreciate you!!!!!!!
nice concept sir ... love you
Thank you very much 😊🙏🏻
You are very welcome.
You're great, keep it up
Thanks a lot!
Thank you, that was helpful
Glad to help!
Is the mass of the center mass the total system mass?
Only in the case of a point mass, in which case it is a single particle instead of a system of particles. In general, the center of mass is just a virtual point that has useful properties. There could be a mass at the center of mass itself, or it could be empty space.
how to find masses of each point?
Hello sir
Like for our Newton