International
Rated 4.26 2,384,734 Views
76 Comments
Joining the mile-high club en route to Australia.
By: Steven Bochco
Earned $2,106
Rated 4.51 421,127 Views
33 Comments
Hard to believe!! Make a match move inside a glass without touching anything!! My best trick so far!
By: fishinglivebait
Earned $524
Rated 4.08 104,798 Views
24 Comments
It seems everyone tries but get this wrong? I have found the perfect proportions. So no more glue balls. This isn't slime. This video is my recipe...
By: kentchemistry.com
Earned $198
Rated 4.28 39,689 Views
2 Comments
Assistant Prosecutor Denise Weston (Michelle Paradise) apologizes to the jury for forcing them to watch a movie that will probably offend them all....
By: DarleneLieblich
Earned $328
Rated 3.80 65,657 Views
21 Comments
This is a very easy and interesting bar trick with a snifter. Win a bet!
By: mezon
That was great, actually looked real
i wish i could give 10 stars
i'm just waiting for some idiot to say, "it's FAKE, it's FAKE" LOL
this should be award winning
Scared the hell out of Me!
holy cow! dude, that was bad ass!
I agree...... WITH EVERYONE> On Every Video.. LMAO GOod Video..
NICE!
I enjoyed the video.
that was a Norwegian Commercial xD im from norway so i should know xD
dddaaaaaaaaaaaaa
Wow! that's great! coz that i wanna give u 5 star.
that was fake.. it is impossible to be true.
Why not? Then how can roller coasters do it?
It has nothing to do with the car keeping its self on the tracks, it is all centripetal force, the force of the tracks pushing you in while the cars angular velocity wants it to move in the direction of its velocity. Like when you spin a cup on a string, or even better, like a washing machine. So it seems to me that by the laws of physics it should work if there is enough momentum.
But I would love to know why you think it wouldn't work, if you have a scientific explanation (not sarcastic at all!). I'm curious.
Well i didn't say that physically it is impossible. All what you said about the centrifugal force is right. although with a heavy train like that i don't think a tiny struture like that can handle it.. but as i said.. it is completely possible with a careful robust design and a really high speed train to keep its weight attached to the rail during the flip.
There's no such thing as centrifugal force. It's centripetal you're thinking of.
It's unlikely it's real though; think of the danger and money involved in building something like this for a simple ad.
In basic physic problems it is true that one cannot speak of a centrigual force. This is the case when we use a static reference frame.
However, if the reference frame is a rotating one (sometimes usefull when solving space- physics problems), centrifugal force can be used