@fansmileyavril when the guy is blowing air in between the cans, the air is moving at a velocity that causes the pressure between the cans to be less than pressure outside the cans. The pressure outside the cans pushes them against eachother. The same as what paid000 said.
E' il principio di bernoulli: p/dg+h+v^2/2g=costante
il che equivale a dire che un fluido incomprimibile, dove la velocità è maggiore, la pressione cala, è anche il principio del tubo di venturi, e della portanza aerodinamica.
E' vero che l'aria non è incomprimibile, ma è alla stessa pressione in tutto il campo, quindi non subisce compressioni significative, le due lattine che si avvicinano ne sono una dimostrazione, il flusso centrale ha più velocità, quello laterale ha più pressione.
The ones where you are blowing on two objects with curved surfaces and they are 'magicaly' attracted to one another......would those ones not be a bit closer to being due to the Coanda Effect, rather than Bernoulli's principle? (I realize its kind of hard to tell where one effect begins and the other ends)...Perhaps you could legitimately say , in fact, that the two effects overlap somewhat in certain types of experiements?
@ahmedesmail15 Ping Pong Ball......Hairdryer. Really that is all there is to it! There is no real trick to doing the ball levitation (assum. thats the 1 U R asking about) Its just more about finding a very lightweight ball that is small enough to be entrapped by the outward rushing air of the dryer. Ive seen an impressive version done with a powerful Leaf Blower and a 2 liter plastic soda bottle!! It even had a tiny bit of liquid in it to help keep it balanced right! It was VERY impressive!
The force is strong with this one.
MetalHeadMarc3 5 days ago
woo woo woo u know it
MegaAbhishek222 2 months ago
Did u use a special hair dryer or will any ordinary one work?
cluloo 2 months ago
At the end of the video, the guy passes out.
DjAces11 2 months ago
how the hell
halofan326 2 months ago
At 1:30, this is the same thing that happens with the vocal cords when you speak or sing.
GetInThaKitchen 3 months ago
this is a nice experiment. there are really a lot of possibilities that you can do with science. I wonder what physics principle this is.
dayspeace 3 months ago
It's amazing what you can do with one LUNG... and for his next trick he is going to blow up a rubber Balloon ha ha ha
itsmefergal 3 months ago
similar principle to the updraft over the tops of airplane wings??
779Killer 3 months ago
ITS ALL ABOUT THE CURVATURE OF THE OBJECT, U USE A FLAT SURFACE IT WONT WORK.(AND IM NOT SCREAMING MY CAPSLOCK IS STUCK)
XWHITEoKNIGHTX19 7 months ago
@XWHITEoKNIGHTX19 HEHE LOLS! MINE TOO!
mihirsomalwar99 7 months ago
@XWHITEoKNIGHTX19 hold shift while you type, so you don't look crazy on the internet
renkinjutsu01 5 months ago
I like it
nelsongast1 8 months ago
wtf is happening at 2:12 o_o
flameringstudios 8 months ago
this is why you dont sail fast when the sea floor is near your keel xD
TiHawk 9 months ago
fake
MrJman1480 9 months ago
how does the coke can thing relate to burnouli's principle
fansmileyavril 9 months ago
@fansmileyavril when the guy is blowing air in between the cans, the air is moving at a velocity that causes the pressure between the cans to be less than pressure outside the cans. The pressure outside the cans pushes them against eachother. The same as what paid000 said.
mangas1586 9 months ago
E' il principio di bernoulli: p/dg+h+v^2/2g=costante
il che equivale a dire che un fluido incomprimibile, dove la velocità è maggiore, la pressione cala, è anche il principio del tubo di venturi, e della portanza aerodinamica.
E' vero che l'aria non è incomprimibile, ma è alla stessa pressione in tutto il campo, quindi non subisce compressioni significative, le due lattine che si avvicinano ne sono una dimostrazione, il flusso centrale ha più velocità, quello laterale ha più pressione.
bndrcr82a08e349g 9 months ago
how does this show bernoulli's principle?
rhuang97 11 months ago
1:25 is my fart . sory
BlackManiac94 1 year ago
Bernoulli's principle states that " when the speed of a fluid increases, the pressure drops"
TheHannahLady 1 year ago
The ones where you are blowing on two objects with curved surfaces and they are 'magicaly' attracted to one another......would those ones not be a bit closer to being due to the Coanda Effect, rather than Bernoulli's principle? (I realize its kind of hard to tell where one effect begins and the other ends)...Perhaps you could legitimately say , in fact, that the two effects overlap somewhat in certain types of experiements?
frankensteinmoneymac 1 year ago
Ok we know that you can do it but how can we
ahmedesmail15 1 year ago
@ahmedesmail15 Ping Pong Ball......Hairdryer. Really that is all there is to it! There is no real trick to doing the ball levitation (assum. thats the 1 U R asking about) Its just more about finding a very lightweight ball that is small enough to be entrapped by the outward rushing air of the dryer. Ive seen an impressive version done with a powerful Leaf Blower and a 2 liter plastic soda bottle!! It even had a tiny bit of liquid in it to help keep it balanced right! It was VERY impressive!
frankensteinmoneymac 1 year ago
muyy pero muy bueno, excelente, genial y demás adjetivos halagadores.
tayronapsi 1 year ago
How does making a ping pong ball hover a form of bernoullis's principle?
ma335006 1 year ago
how does making the ping pong ball hover bernoulli's principle?
ma335006 1 year ago
if u were to record this as an experiment, how would you write the aim ?
whaatoxc 1 year ago
@whaatoxc to determine whether an object can be suck towards the low pressurized area.
idrisakmal 1 year ago
its sO simple ...the body tends to move in the region of low pressure as compared to higher ones ...
shoaib6122 1 year ago
What is God's number again? I want to report bug.
Tobiasz931 1 year ago 54
@Tobiasz931 000-000-0000
smeblue 1 year ago
@smeblue no its 555-555-555
dunnobutwayne 1 year ago
@Tobiasz931 Dial 666 from the batphone in Commisioner Gordon's office.
binary78 5 months ago
Viva LA Physics :p
masicklazik 1 year ago
What is bernoullli's principle and how it is works???
skr786 1 year ago
Increase in fluid velocity leads to drop in pressure
paidi000 1 year ago 15
arent you trhat guy off of time warp
branbran700 1 year ago
reminded me my high school days by this experiment
pilot333111 2 years ago
lol....that kid was funny...
luv2break 2 years ago
Isn't that due to the Coanda effect?
identernet 2 years ago
what kind of ball is this..???
panonian13 2 years ago
For table tennis.
coolphysicsvideos 2 years ago
@panonian13 ping pong ball
freeflyer0123 1 year ago
very interesting
Sabei0990 2 years ago
very very nice. thankx
memo75000 2 years ago