Doesn't the calculation 9.80665 m/s2 already account for external forces such as stars and other bodies? I mean, when we measured it, we did not subtract for those right? :) So I don't understand making a big deal out of that counter force except to just say it is part of Newtons' Law?
What video shows how to tackle horizontal motion? I seem to be stuck there, thanks. I really enjoy these videos . Could horizontal movement be Newton’s second law?
![What is Circular Motion & Centripetal Acceleration in Physics? - [1-4-14]](/img/1.gif)
Excellent. Even though I’m an electrical engineer, I really enjoy your videos. Keep it up man.
Thanks, will do!
Thank you sir. Andy Student will be Lucky to have you as a Physik teacher 😊
Nice 👍
THANK YOU... SIR...!!!
very nice❤ sir
Doesn't the calculation 9.80665 m/s2 already account for external forces such as stars and other bodies? I mean, when we measured it, we did not subtract for those right? :) So I don't understand making a big deal out of that counter force except to just say it is part of Newtons' Law?
Even g is different from different hight. So no need to worry about the stars.
@@liliyuan9531 In a previous video he kept mentioning this, how these other bodies were factors but it seemed strange to me.
What video shows how to tackle horizontal motion? I seem to be stuck there, thanks. I really enjoy these videos . Could horizontal movement be Newton’s second law?