Love it! I'm making a table with a TV inside of it that rotates on a ballast and needed to know where the COG of a bunch of different materials was. Thanks!!!
If I had a 65000 lb mass hanging from a point, square in shape like your binder with stuff in it so it doesn't have a known center. Is it possible to know how far to move that hanger over if you knew that 1 side hangs 3/4 inches lower then the opposite side? 6ft by 6 ft cube basically that the lifting point is not center to account for weight.
I will probably remember this concept for the rest of my life. Thanks for sharing.
Love it! I'm making a table with a TV inside of it that rotates on a ballast and needed to know where the COG of a bunch of different materials was. Thanks!!!
Didn't know this. Thanks Legend.
Simple and explanatory
Thanks :-)
what a good explanation THANKS VERY MUCH
It was best educational thing about this subject
Thanks helped me lots to understand
great video - very helpful - I am going off to hang some car doors now...
Super useful thank you
Wonderful! ❤
If I had a 65000 lb mass hanging from a point, square in shape like your binder with stuff in it so it doesn't have a known center. Is it possible to know how far to move that hanger over if you knew that 1 side hangs 3/4 inches lower then the opposite side? 6ft by 6 ft cube basically that the lifting point is not center to account for weight.
Yeeh it helps
I'm glad you found it useful :-)
Genius
What about 3d sir what about the z axis
Is he saying movement or moment?
Moment of force
cool?