Time Constant and the Drag Force

[@adamharoon6021]

Bo's clarification was very good! He should consider becoming a teacher when he graduates.

[@FlippingPhysics]

I'll pass your kudos on to him!

[@fahrenheit3506]

they are the same person man omg

[@nolanbannon3101]

lost track of this guy since high school. will be rewatching everything now thanks xP

[@FlippingPhysics]

Considering I have almost 60 hours of videos, it's going to take you quite a while. Welcome back!

[@shashankchandra1068]

Plz make a video on QFT,QED

[@Paul-wh7nb]

I got stuck on this lab in university but thanks for your upload. Can you suggest a textbook I can read on this?

[@Nitstar6174]

Thanks for the reupload!

[@FlippingPhysics]

You are welcome. Thanks for letting me know about the small error!

[@Nitstar6174]

@@FlippingPhysics Anytime!

[@ayanchoudhary044]

Sir , can you please make a super video series on general relativity!

Thank you for sharing.

[@FlippingPhysics]

Thanks for learning.

[@sadececansu9]

It is a pretty nice video and nice explanation; however, I did not understand anything it seems I will watch this video three more times😅😅😵😵 Initially, I have to figure out why he multiplied (0.367879) and (0.632121) and how he concluded that each tao time increase ; velocity gets 63.2% closer to terminal velocity, then how he concluded that acceleration of the object -0.368g has decreased by 63.2%from g to 0.368g and how he got the similar conclusion for displacement along y direction. Other than that, the graphs are too confusing for me