Physics of Circular Motion (part II)

Loading...

Sign in or sign up now!
Alert icon
Upgrade to the latest Flash Player for improved playback performance. Upgrade now or more info.
5,513
Loading...
Alert icon
Sign in or sign up now!
Alert icon

Uploaded by on Sep 13, 2009

Physics of Circular Motion (part II)

Category:

Science & Technology

Tags:

License:

Standard YouTube License

  • likes, 0 dislikes

Link to this comment:

Share to:

Uploader Comments (lasseviren1)

  • No. For each situation you have to figure out the net force by drawing the free-body diagram.

see all

All Comments (22)

Sign In or Sign Up now to post a comment!
  • Thank you.

  • @KeiUKtv mg (Weight of the car.) = Fn ( The force pushing upwards on the car.)

  • @cooleeme If the car is not floating and it's not sinking into the ground they should be equal in force.

  • Which has greater magnitude? The normal force or the weight?

  • @mangaka08 ooooo the force of inertia is pushing u down, then the normal force pushes u up, but since you're upside down, the normal force is down?

  • @Luuuuuuuuuuuuulz Because the normal force is pushing in the opposite direction when the track is upside down. If you were on top of the track, the normal force would be pushing you up, but if you're below the track, it's still pushing you "up", but your new "up" is now downwards.

  • hey, why is there a normal force going downward at the top of the loop? :S

  • I see you're married....truthfully ANYONE in my school would marry you.

    cause damn, you help me pass my tests

  • what if you wanted to find it at some arbitrary point along the circle...not the top/bottom

  • So clearly. Thank you alot

Loading...

Alert icon
0 / 00Unsaved Playlist Return to active list
    1. Your queue is empty. Add videos to your queue using this button:
      or sign in to load a different list.
    Loading...Loading...Saving...
    • Clear all videos from this list
    • Learn more