Deriving Kinematic Equations - Kinematics - Physics

[@physicsuniversevideos]

To learn how to create and use a kinematics equation chart, watch this videoruclips.net/video/f5BrnWuFCWk/видео.html

[@assegidgetahun7374]

Thanks you answer my quation

[@physicsuniversevideos]

Glad you found it helpful. Thanks for watching!👍

[@pied6]

thank you

[@physicsuniversevideos]

Thanks for watching!👍

[@_Choco_]

Very helpful! Thanks!

[@physicsuniversevideos]

I appreciate it. Thanks for watching!

[@nithunrocks5843]

Crstal clear❤

[@physicsuniversevideos]

Thanks! 👍

[@han_duo]

Thank you! great video

[@physicsuniversevideos]

Thanks for watching! 👍

[@user-hd3hy2gg9f]

great video

[@physicsuniversevideos]

Thanks for watching!

[@uzairhussain4856]

3:51 here delta (x) can also be calculated as area under of trapezium under the graph. This also explains why Vavg = half of vi+vf under constant acceleration.

[@physicsuniversevideos]

Yes, you are correct! If you know the trapezoid area formula, you can use that method. 👍

[@user-hd3hy2gg9f]

what is the software that you use

[@physicsuniversevideos]

For this video, I used Autodesk Sketchbook, but recently I switched over to Samsung Notes.

[@mrhussein7271]

that was hopeful

[@physicsuniversevideos]

Thanks for watching!

[@user-ef1go3ix6e]

Understood

[@physicsuniversevideos]

Cool! Thanks for watching! 👍