If you are so inclined, you could watch the following video and check for mistakes. th-cam.com/video/LiVnEKKZbOw/w-d-xo.html I'm planning to make it Public on Sunday, so by Saturday would be awesome. :)
Cheers . This is just where the fundamental of calculus comes from and it doesn't matter delta t , a period of time or differential t , dt , a very tiny small of period of time. The sign of integral just gives you the area under curve. As a result, integral about dt provide you instance x (t) or/and v (t).
Perfect. Well explained. I am not sure if review videos covered Vectors any where!! You mentioned them in adding vectors component of first video. Just a thought.
There are so many things to review. I will be doing a review of cross product vectors when we get to torque, however, I am not planning to a specific vector addition review video; I already have several of the non-review kind. Thanks for reviewing the videos!
The students in this video are highly entertaining. Nicely done.
Thanks. I'll make sure to let them know your thoughts.
I love your videos!! They are excellent teaching aids.
Slight slip of the tongue at 0:27 - should say "multiply both sides by dt" :)
Dang. Bummer. Could have fixed that. Not worth it at this point though. Oh well.
If you are so inclined, you could watch the following video and check for mistakes. th-cam.com/video/LiVnEKKZbOw/w-d-xo.html I'm planning to make it Public on Sunday, so by Saturday would be awesome. :)
Cheers . This is just where the fundamental of calculus comes from and it doesn't matter delta t , a period of time or differential t , dt , a very tiny small of period of time. The sign of integral just gives you the area under curve. As a result, integral about dt provide you instance x (t) or/and v (t).
You are the best youtube teacher for me 😍😍
😀
thank you so much for making these! they’re so so helpful especially this year with online learning!
Perfect. Well explained. I am not sure if review videos covered Vectors any where!! You mentioned them in adding vectors component of first video. Just a thought.
There are so many things to review. I will be doing a review of cross product vectors when we get to torque, however, I am not planning to a specific vector addition review video; I already have several of the non-review kind. Thanks for reviewing the videos!
which video includes two masses attached to string placed on a wheel and finding torque?
This free response question is very much like that.
www.flippingphysics.com/ap1-2015-frq1.html
This just helped me so much thank you
You are welcome!
Thank you so much sir for this wonderful video.
Sweet gonna get a five :)