| Home | Social Board |
| Funny Pictures | Funny Videos |
| Funny GIFs | YouTube Videos |
| Text/Links | Comic Editor |
| User Rankings | Subscribe |
| Channels Scratchpad & Games | |
| NSFW Content Random Board | |
| Brony Board | Games Board |
HOLY SHIT
Uploaded by: killuminatii
Tags: awesome gif
| |
Links are not allowed.
You are allowed to post every 2 minutes and 10 seconds on the same page.
You are allowed to post every 2 minutes and 10 seconds on the same page.
Remaining character count: 2000
comments(593)
#588 -
ruinsage (02/06/2012) [-]
Golf ball are made of rubber. Rubber is elastic. This seems plausible to me
And if it's not, screw that it looks awesome
And if it's not, screw that it looks awesome
#578 -
anonymous (02/06/2012) [-]
Fake, if you actually golfed then you would know this is total bullshit. Not a REAL golf ball.
#565 -
kvnkvn (02/06/2012) [-]
if that's a real golf ball (to my knowledge, those balls are rock hard), then what the fuck did it just hit?
#557 -
dvlsdrmn (02/06/2012) [-]
wanna know how i know this is fake?, ive crushed a golfball in a vice before.... it doesnt even get half that thin before it cracks open... so no way it would get that thin and survive unscathed...
#559 to #557 -
Midirr (02/06/2012) [-]
I'd like to see your face when you realise this is legit and you feel like an idiot for saying that...
I study physics at the university and we used this to prove that a force always results in either movement or deforming. Since the golf ball can't move past the enforced metal plate, it's only option is to deform.
Then, due to the third law of Newton it receives a force equal to the force on it's impact but in the other direction. Resulting in it going the other way.
This whole process is called "bouncing". I'm sure you heard of it. It kinda happens a lot and everyday...
I study physics at the university and we used this to prove that a force always results in either movement or deforming. Since the golf ball can't move past the enforced metal plate, it's only option is to deform.
Then, due to the third law of Newton it receives a force equal to the force on it's impact but in the other direction. Resulting in it going the other way.
This whole process is called "bouncing". I'm sure you heard of it. It kinda happens a lot and everyday...
Another thing, just a thought, we all know how much bounce you can get from a golf ball off of a hard surface. it should of at least left the frame if it was in fact a golfball and still whole.. not absorb most of the impact and linger that long, seems to be moving way too slow for it to be a proper bounce from a proper golfball
Well that's the point. the more the object deforms the better it bounces (compare a rubber ball with a brick, the brick won't bounce much because it doesn't deform as much as the ball)
The force pointed to the wall is used to deform the object, and the reaction force created by the wall is used to send it back where it came from.
For example: imagine that the ball doesn't deform at all.
the the force of the ball would be equal to the force created by the wall as a reaction.
Therefore these would even each other out and it would drop dead instead of bouncing back.
The force pointed to the wall is used to deform the object, and the reaction force created by the wall is used to send it back where it came from.
For example: imagine that the ball doesn't deform at all.
the the force of the ball would be equal to the force created by the wall as a reaction.
Therefore these would even each other out and it would drop dead instead of bouncing back.
thanks genius you know never noticed that before......if you notice how fast the ball is moving before it hits the wall, at most a golfball would lose like half its velocity on impact, so it should of left the frame or atleast been moslty out of frame by the time this gif was done if it was a golfball..
That's the beauty of it, with a golf ball you can deform it that much without cracking it because it's made of a special material and because it happens really fast.
If for example you would have used a brick, that would have shattered.
The matter from which the bouncing object is made is very important in this process.
If for example you would have used a brick, that would have shattered.
The matter from which the bouncing object is made is very important in this process.



Report Abuse/Harassment
Report Bugs
Suggestions
Statistics
Contact Us
Unsubscribe from newsletter
RSS Feeds 
