This is an interesting video. Having studied integrated circuit design, we use a similar design scheme when designing digital logic circuits. In order to drive a large gate with a small gate quickly, you need intermediate "buffer" gates with increasing size in between. The principles is the exact same as these dominoes.
I don't think it's exponential. Exponential is x^n This is x^1.5 , As a coefficient for the size of the first domino. Exponential isn't just getting bigger. Maybe I'm wrong. Edit:Pretty sure i am wrong. I think it's 1.5^x
@zachgamer77 also due to the fact that the dominoes take energy to put upright, that is potential energy that is stored for later (i.e when the chain reaction begins)
One small change in THOUGHT can make a big difference. One small change in ACTION can make a big difference. But the FIRST one would be really really SMALL. A new transformation start on this single SECONDs! Let's go!
@LudicrousTachyon That's an interesting idea. A nanoscale domino would stick to the one ahead of it by the van der Waals force. It would also have trouble with Brownian motion! At the other end of the scale, really large dominos have trouble staying together as they topple. They need to be extremely strong, or they break while falling over. A domino the size of a building would fall almost straight down, like demolished buildings do. See the related video by Gerrydomino.
Of course "energy is conserved". What I meant by *available* energy was the stored energy of each successive domino. The gravitational potential energy of a domino does nothing until that domino gets hit by the one before it. Then the stored energy is released to be converted into kinetic energy as it falls. Some little bit gets used to push over the next domino and most of it is dissipated into heat when the domino hits the floor and stops moving (an inelastic collision).
@mierzwatube I said the smallest was ABOUT 5 mm high, but it is really a bit bigger --- more like 8 mm. See the original article by Whitehead for more dimensions.
9/11 with dominoes, that would have been something. "What are you building next to the empire state???", "oh its just a monument to dominoes, we have permission." "Ok move on then"
And this is also how relays in electronics work. If I had enough relays of varying sizes, I could use a AAA battery to controll a power grid running at 10000+ volts
for some reason when he described the 29th domino as the height of the empire state building i thought of 9-11, imagine if the towers were brought down by dominoes
@zachgamer77 Each domino has potential energy in that it is upright. The energy from the previous domino needs only tip the next one so far, at which point gravity does the rest. That's why this only works for knocking things down.
In other news, a new terror group has started stacking ominous-looking numbered slabs of wood in ascending size curiously near the One World Trade Centre.
Hahahah, the republicans are lobbying against the placement of the slabs calling them a public nuisance, but the democrats say "What's the harm? They are just practicing their religious beliefs!"
The difference in the time that it took for one domino to hit the next is interesting. It got progressively longer. I wonder how long it would take for all the dominoes to fall, right to the the Empire State Building sized one. There must be a mathematical equation or something.
+Celtic Saint Indeed. It scales like sqrt(H/g) where H is the height of a domino and g = 9.8 m/s^2 is the acceleration due to gravity. As H increases by a constant factor, so the time increases by the square root of that factor.
1.5 X each dimension: height, width, thickness. So the mass scales up by (1.5)^3 = 3.375.
One small change can make a big difference
So powerful this demonstration is. It illustrates the power of compounding. Really fun to watch, thanks.
If he had 29 dominoes, the last one would be the same size but the first one would be really really small.
This is an interesting video. Having studied integrated circuit design, we use a similar design scheme when designing digital logic circuits. In order to drive a large gate with a small gate quickly, you need intermediate "buffer" gates with increasing size in between. The principles is the exact same as these dominoes.
I love visual exponential growth demonstrations. Thank you for posting this.
I don't think it's exponential. Exponential is x^n
This is x^1.5 ,
As a coefficient for the size of the first domino.
Exponential isn't just getting bigger. Maybe I'm wrong.
Edit:Pretty sure i am wrong. I think it's 1.5^x
I like this man.
0:51 the shampoo bottle when i drop it
The "food for thought" look you give at the very end of the clip is priceless! Excellent vid :)
The drop was soo loud it made your shoulders stay up for the whole video
Well, that escalated quickly.
Literally the best sentence to describe thiss
devilnafiy old meme
@@prodgalaxyy old meme, best meme
@@fb8622AH!!! Rodney What do we do?!
I don't Know...
This is kind of a first for me!
Such an intriguing concept. I just got a lot of ideas for my match-burning fire dominos. Thank you.
THIS IS WRINKLIN' MY BRAIN.
osama bin laden watching this like hold my plane
Good one
he looks so scared as the last one drops, great facial expression though! get him 29 dominos and he'll destroy the world
The face at the end was just the best :D
0:47 start
“OW MY TOE!”
A very good visual for how chain reactions happen. WWI anyone?
Yes
It took one small video to unleash a huge meme.
Did you compensate for the different weights due to different materials?
bewm
0:52
I watched this with in class today but I wanted to see it again 😂
This man needs 29 Dominoes to demolish buildings.
WHY IS THIS LEARNING FUN!!
@zachgamer77 also due to the fact that the dominoes take energy to put upright, that is potential energy that is stored for later (i.e when the chain reaction begins)
0:48
I love dominoes and I love this video.
Great video :)
Lotta people need to see this video. That big domino is getting closer the way this world is heading
@DougieBarclay Thank you.
his face at the end, lol, pulling off the "not bad" face right there
Would be funny if the bad guy in a movie had a chain of dominoes leading to a giant domino that was gonna kill the hero
0:53 that face when you step on a lego XD
The little domino depicts my social awkwardness well.
amazing
This is how big bang happened.
I loved it
that was so cool
@smorris123 Potential energy, and the combination of gravity pulling the domino down, and the weight of the domino all combine. incredible really.
@2xchrome You have to make your own. The big ones are made of laminated particleboard and the smallest ones out of aluminum.
Most advanced domino courses EVER
I didnt know i was old as this video
So when you see giant domino's being built.... DO treat it as suspicious!
One small change in THOUGHT can make a big difference.
One small change in ACTION can make a big difference.
But the FIRST one would be really really SMALL.
A new transformation start on this single SECONDs!
Let's go!
@LudicrousTachyon That's an interesting idea. A nanoscale domino would stick to the one ahead of it by the van der Waals force. It would also have trouble with Brownian motion! At the other end of the scale, really large dominos have trouble staying together as they topple. They need to be extremely strong, or they break while falling over. A domino the size of a building would fall almost straight down, like demolished buildings do. See the related video by Gerrydomino.
Of course "energy is conserved". What I meant by *available* energy was the stored energy of each successive domino. The gravitational potential energy of a domino does nothing until that domino gets hit by the one before it. Then the stored energy is released to be converted into kinetic energy as it falls. Some little bit gets used to push over the next domino and most of it is dissipated into heat when the domino hits the floor and stops moving (an inelastic collision).
wonderful
0:53 his face🤣🤣
yes you should look it up they are huge
U blew my mind
@mierzwatube I said the smallest was ABOUT 5 mm high, but it is really a bit bigger --- more like 8 mm. See the original article by Whitehead for more dimensions.
This is just like our daily habit - smaller little good habits which build up a better habit that drive sussess in life!
This man looks like science
"The last domino would be as tall as the empire state building"
Well what if you made the dominoes even smaller??
somebody get this man 29 Dominos.
@LolStudio13 Better watch the long version. The energy is stored and more and more is released.
9/11 with dominoes, that would have been something.
"What are you building next to the empire state???", "oh its just a monument to dominoes, we have permission." "Ok move on then"
wicked! My cheeks hurt now cuz my mouth was open for about 5 minutes atleast!
The smiling at the end was scary
@myshufflelist maybe a little. It works for a pretty wide range of setups.
1:03 his face looks like 'I think that's right.'
I love sound it made...
This guy run out of breath when he lift the last one.
This has got to be a meme
I dread to think what the long version would be . . .
That is FUCKING biggest I've ever seen in my life! Fuck, I've never seen one this big domino
This is what you end up watching when u have nothing better to do.
That escalated quickly...
Imagine the last one landing on your feet.
And this is also how relays in electronics work. If I had enough relays of varying sizes, I could use a AAA battery to controll a power grid running at 10000+ volts
Well, so much about the conversion of resting energy into potential energy into BOOM :D
In This Video, it's explain about "Small Problem Can become a Big Problem If we Not Care About it".
Empire State building you say? hmmmm, sounds like a challenge to me :D
well that escalated quickly
for some reason when he described the 29th domino as the height of the empire state building i thought of 9-11, imagine if the towers were brought down by dominoes
I like his face at the end
good thing he doesn't have 29 dominoes
@zachgamer77 Each domino has potential energy in that it is upright. The energy from the previous domino needs only tip the next one so far, at which point gravity does the rest.
That's why this only works for knocking things down.
LAWL hahahah!!! 0:53 -scared- "boom" lol
i think he should do 29 dominos, see how that goes
how i see my self in 20 years
When you watch one domino video and you keep watching other domino videos. Domino effect.
ikr
How Did You Know
Jeremiah Iglesias
Jeremiah Iglesias
Each new video is about 1.5 times longer than the previous one.
0:52 boob.
tristen trevino It's boom
tristen trevino ьлолролиррррооообббррррррррпрппрртттрьььььььььььььттьлдллдлддлооороллддл
I can't not hear that now
tristen trevino e
tristen trevino HAHAHAHA LOL
Probably the best quality 2009 UA-cam video
In other news, a new terror group has started stacking ominous-looking numbered slabs of wood in ascending size curiously near the One World Trade Centre.
Hahahah, the republicans are lobbying against the placement of the slabs calling them a public nuisance, but the democrats say "What's the harm? They are just practicing their religious beliefs!"
Oy, don't give the jew any ideas!
HaniiPuppy h
HaniiPuppy ظه٧
@@Bigassboya y
I just checked out your video, keep it up and stay blessed !!!
I love that you took the time to figure that out...:)
0:51 when you drop a spoon at home
at 3 am
Very cool. I would have never thought it it would work. Thanks for the video.
If only we could harness this power!
0:51 his face when the big one landed
boom
0:53 BOOM
Great illustration of the Eurozone !
The neutron fission chain reaction analogy in a nuclear explosive is like over 100 of those escalating dominos going off in under a microsecond.
0:52 jazz hands
Buen video Profe. Gracias.
The difference in the time that it took for one domino to hit the next is interesting. It got progressively longer. I wonder how long it would take for all the dominoes to fall, right to the the Empire State Building sized one. There must be a mathematical equation or something.
+Celtic Saint Indeed. It scales like sqrt(H/g) where H is the height of a domino and g = 9.8 m/s^2 is the acceleration due to gravity. As H increases by a constant factor, so the time increases by the square root of that factor.
+Stephen Morris Many thanks for your reply. I'll see if I can calculate the answer from that equation. Take care.
did I just gain IQ from this comment though? damn that's rare
+Celtic Saint And did you?
TriplM Not yet!
So exciting it took his breath away.