Turning a Googol to 1 gearbox from the other side!?
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- Опубликовано: 22 мар 2020
- What would happen!? I got this question like a thousand times
See my other video of how it actually works.
Only the 3th gear is still possible to turn by hand after that friction takes over.
About the work:
On march 1 2020 14:52 I was exactly 1 billion seconds old. To celebrate I build this machine that visualizes the number googol. That's a 1 with a hundred zeros. A number that's bigger than the atoms in the known universe. This machine has a gear reduction of 1 to 10 a hundred times. In order to get the last gear to turn once you'll need to spin the first one a google amount around. Or better said you'll need more energy than the entire known universe has to do that. That boggles my mind.
The version in the video is a prototype and cannot run for to long BUT I'm making a version that could run for years/decades. If you are interested don't hesitate to contact me via email.
Follow me on instagram for more: / daniel_de_bruin
This work is totally inspired by the work of Arthur Ganson. Machine in concrete.
Music by Brendon Moeller
#danieldebruin #gears #engineering #google #billion #machine #instamachinist #installationart #art #time #universe #process 
Развлечения
It's like trying to close the door by pulling the corner near the hinges
Exactly
Smart kiddd
The closer you apply the force of your hand to the hinges, the higher the force needed to create a moment that is capable of rotating the door. So as the distance approaches 0, the force required approaches infinity and vice versa
and the more likely you are to get your fingers squezed
Except those doors are the fucking Pearly Gates
You just didn't put your back into it.
What no entendereishon very much inglish
Entendereishon
Wow, didn’t expect to see you here
Might as well run to the store and get some elbow grease
Ik this is a joke but that last gear can’t even be spinned with the power of a neutron star
I know logically that it requires massive amounts of torque but my brain won’t allow that and just wonders how weak he is not being able to move a couple gears
Not just massive. In theory, it would require more energy than there is in the known universe to rotate it. and this doesn't even account for friction. But yeah, I still kinda think the same.
Then most energy required would be frony start. If he was to sequentially turn the gears from the lowest to the highest ratio ( simular to a mountain bike ) he may not be able to turn the final heat but he would make it a lot further down the line.
I actually thought that the rotation would've been inverted. The last gear would've made the first gear rotate in 1 googol years kinda thing, you know?
@Dick Man maan no we wouldn't, let's say you manage to turn a full rotation the first gear in one second: that means the last gear will in one second rotate a googol times, reaching a googol angular velocity. Energy of a rotating body is proportional to its rotational inertia and to the square of its angular velocity. That last gear would such an insane amount of energy, not even the entire universe has that. So no its not possible. At the very best in complete absence of friction you would manage to rotate the last gear an insanely infinitesimal amount in a short period of time, or an infinitesimal amount with many years
@@Raybro16 yes that's what should happen it's just there's nothing able to deliver enough energy to do that
I don't think people understand just how ridiculously large googol is. If you turn the last gear just by one planck length, the edge of the first gear would move more than the length of the entire observable universe (assuming the gear is rigid and no energy loss)
That’s just stupid
Pufffft a Googol and 1 is bigger.
@@aus3492 I’ll do you better. A googol and 2!
@@nh_999 googol x 0 😱.. no matter how big a number 0 kicks it's ass.
@@nh_999 naw I got this, a googol!
It would require one googol times the force it takes to turn the first one, so we probably won’t be able to do it in the physical world, but a simulation of this machine would be dope as hell
Hell yeah
You probably Could maybe but yeah the forces would be nuts
computer destruction any% speedrun
@@justingamer1213 how much force like just make a fuckhuge lever and drop say a container ship on the very end of it
@@contemptordreadnought Nope; the mechanical advantage is so high that not even dropping the entire Earth on it would turn the gears.
_“Give me a lever long enough and a fulcrum on which to place it, and I shall move the world.”_
-Archimedes
If i make a lever the size of the universe, the force needed would be... a fuckto but less
And I shall break the gear tooth
Did he mention the fulcrum? I am sus about that.
Never knew a bird could talk
But he will still need a the same energy
He moved it and it went at lightspeed, it's just that our entire universe went backwards in time to the point where he tries to move it so it looks like nothing happens.
The explanation I was searching for
@@keanutersteeg6143 actually split into two timelines and this is the timeline where we make it.
Mind you the cameraman is a higher dimension immortal being and is able to show us the other timeline.
All cameramen actually discover their full potential on the death of a universe and make their way to this one
Even Saitama couldnt move that last gear. No way.
Bruh he can. He survived black hole gravity like nothing. Destroyed a couple of stars Just by punching impact. Just add a mechanism that converts the punch power to torque. And boom.
@@awmdanger9677 Oh crap that one flew over you. But thank god you did not make the second 9/11
Nah bro would accidently break it if he tried.
My disappointment is immeasurable, and my day is ruined.
This guy fucken gets it what the hell.
I would smash Report of the Week
I’m still pissed.
Same, good thing it is 02:31 o'clock rn :)
This video should be on the popyes menu
13.8 billion years ago someone probably tried this for a youtube video and caused big bang
It caused the devs to issue a patch and now the glitch can't be recreated.
"Well guys as you can see I finally found a way to make every gear spin. Unfortunately this caused a rupture in the fabric of reality, you know that anomaly in the sky in a color we never saw or imagined before? Yep, that was me. Anyway, as you probably know, scientifics stated that the anomaly is causing an universal scale reaction and the whole universe is contracting at extremely high speeds, that explains how the sun has been looking way bigger recently. After we are burned to ashes in about 1 week, the process will continue and the whole universe will collapse into an infinitely small, infinitely dense thing, and then explode into the Big Bang, kickstarting the whole history of the universe once again. So, anyway, see you in the next universe's 2026 A.D. when I repeat this same feat!
*Day 32 of trying to spin the gear*
I span all the gears but they all melted and broke into pieces and had to go to the hospital for a piece that stabbed me in the arm
Would not try doing
That explains why there's an anti-cheat for it now
Bruh god was like damn they found a glitch and patched that shit by completely destroying the universe
The torque required would destroy the mechanism. One of those things that only works the one way.
Even the time it would take to spin the last gear is completely theoretical.
Well it would actually be true if the gears all remain in a perfect state, but it's extremely unlikely, if not impossible.
BET
It's not theoretical. Mathematics clearly defines what the time would be. The amount of time is just too big for us to comprehend.
@@thomasmartin5503 I like where you're head's at, but I meant strictly scientifically. Most likely humanity won't be around to record the results.
Like trying to pedal a bike with ridiculous gears, good luck getting it to budge before the pedals, the derraileur, the chain, or the gear teeth go.
Can you imagine coming home and your kid starts time traveling with gears from the lego box you bought him?
Did anyone actually expect a different result?
Not anymore. But yesterday Yes
No if you really think of it before this video even released, the last gear would take a lot of energy to even rotate once
I think it would have all the teeth and spokes broken before it would move the first gear.
didn't read the title of the video, but it's logic, need the thousand's time the torke
I thought it would just skip teeth but I guess it's built pretty solid so the next logical hypothesis is that it just won't budge.
Of course he had enough strength to move the gear... he just didn't want to create a tear in our dimension. How considerate of him.
You literally can’t move it, you would need the weight of a whole truck
im boutta wooosh this man
@@greenside-w4016 Truck is an understatement
then use and extremly powerfull motor
1 googol ratio cant even be moved with the mass of the earth
What we expected:
The last wheel turned a centimeter
And we see the fast spinning wheel glows in heat and opens up a wormhole
Probably a black hole lol because this shit will really accelerate faster than the speed of light
It moved so fast, that we think it's not even moving!
Truly remarkable! Good show, jolly good show indeed!
This is a perfect example of how music makes the film.
Or like how peanuts makes the butter.
Or how tires make the car go
@@ch1ckenphat514 or like how butter makes better
Use a 1000horsepower engine mate
Or how ouchie my ears for the first 20 seconds
This video really gives off "my goals are beyond your understanding" vibes.
It’s very obvious. He’s trying to create a rift between worlds so he can go find more of himself and make an army
But its to dangerous if he really did that, he will make a whole between dimension
My name... is Eobard Thawn... (Slightly bows)
A Stargate would be easier to use thou.
So well put, thank you 👍
The amount of force required to spin it just a little bit would be insane.
More energy than humanity will ever harness only to move it a thousandth of a micron.
The amount of energy to move that last gear es exactly: imposible²
The gears would break 😂
When you get a new mountain bike, and the kid next door asks you how many gears it has
Man: I gonna hit the light speed just by gears...
Universe: *Anti-cheat initiate*
Torque can be a big problem if you're trying to break the universe.
gets vac banned
OK, you've tried spinning the 1st gear (obviously) and the 100th. Now try it sequentially from the 2nd. See how fast the previous gears spin, and see when it becomes impossible to spin a given gear.
In the original video you can see movement in the 4th or 5h wheel, so I would say thereabouts.
It wouldn’t be too hard to run numbers on how much the torque increases with each gear, if you had the torque numbers for gear one. At a 10:1 ratio I’d wager it would become physically impossible to manually turn one pretty quickly. Then at some point it would be mechanically impossible, i.e. the amount of torque needed to turn it would break the gear.
If you want to see something going faster than light speed, turn on your oscilloscope set horz scan to max + 10x, beam dot is traveling across screen faster light speed. Yes this is true if you have a 100mHx Tektronix CRT o'scope.
@@VoteScientist Who has a CRT scope anymore? My scope runs windows.
@@NeutroniummAlchemist Real CRT o'scopes are still available. GW INSEK makes good CRT scopes and other electronic equipment. I get your point that digital measuring has replaced analog. But I'm old school and want to see the real signal not same computation of the signal.
In order to spin the last gear, it would take longer than 5e75 years to make one rotation. This is assuming the gears are 2 inches in diameter.
People don't realize that this would require more force than the binding force of the material to actually happen.
Physics books:
_"Imagine a boy turning a googol to 1 gearbox from the other side..."_
"... where all frictional forces are considered negligible..."
"How long will it take to cause a runaway fusion reaction?"
@@benjamind2764 ...and the mass of that wheels would be zero...
I haven't taken a shower for 7 weeks, but
2 weeks ago (edited)
It will reach the speed of light
Humanity last heard words before annihilation:
Scientist 1: "WOW! IT WORKED!"
Scientist 2: "Cool. Now let's try the other way."
Carol blew up the entire universe. So she didn't need to wear safety goggles.
Famous Last Wo- wait what
Your scientists were too concerned with if they could, no one bothered to ask if they should.
Suspect Device sounds like the idiots who refuse to wear masks in a pandemic.
They need to use a 500 to 1 ratio to turn that gear lmao
I think you could go to thr turning limit, get the gears up to speed, use a huge flywheel, and use clutches to gently add gears to the mechanism until the limit is maxed again.
I wish I had the resources to do those kinda things. It wld b fun
I have a solution.
First
You make sure that this mechanism is indestructible.
Second
You send in Superman
Blackhole: I can stop the time
Googol last gear: Hold my revolution
@Munarchy the comment isn't about rotation though
@Munarchy Nah just joking
ZA WARUDO! SPIN DA GEAR!
@@esequieltovar4955 SIMP
Eloquent Summation.
Imagine the theoretical torque at the other end for perfect gears. You start with 0.01Nm and get like infinite torque at the other
energy cannot be created from nothing lol
@@catman1353 Torque != energy.
@@catman1353 it can be multiplied by taking away another aka take away speed increase power or decrease power increase speed
but 0 rpm
Input torque x ratio = output torque
Regardless of the speed
That level of sarcasm just earned you another sub! 🤣🤣🤣🤣
You probably need the weight of half the universe to spin it
Rotating 0,000001mm last gear, In your top left vision: "Achievement unlocked: Big Bang 2.0"
If it's top left, it's a trophy. Don't achievements pop on the bottom center?
@@megalexantros depends on the game
@@kofi3124 are we talking about Xbox?
top left is steam achievements
@@shadowlord0162 ah ok. That makes sense
Theoretically, if you can make it move just the size of a billionth of a billionth of a billionth of an atom, the surface last gear will travel a distance of billions of billions of billions of hundreds of millions the size of the universe. Gogol power
@cooper Harper a billionth of a billionth of a billionth of an atom is ~1e-36 m (Based on helium which is about 10e-10).
Now use the gearing to multiply that by a googol (1e100) and you get 1e65 m
The known universe is a mere 8.8e26 m across. Billions of billions of billion of hundreds of millions the size of the universe is 1e9 * 1e9 * 1e9 * 100 * 1e6 * 8.8e26, which comes out to 8.8e61 m, which is still less than the distance that last gear would travel.
My question is, how are you doubting/questioning RAXO's math? I think you don't understand how mind bogglingly big a googol is :)
@@Tomsta17 To be honest it is hard to understand, but RAXO did at least try to figure out a way to put "size we understand" at the center.
Given that a wheel has a diameter of about 450 mm, so one full revolution is 0.5 meter (give or take), or 10^-27 the size of the universe, the same rotation would make a wheel somewhere between 25 and 30 rotate one full rotation. If I got the math right, which is not entirely given.
Lol
Puny numbers. Try a googolplex.
And that’s assuming perfect tolerances, zero friction, and no internal backlash in the gears.
"The problem with being faster than the speed of light is that you always live in darkness"
damn
finally a transfer case that will let my tiny engine allow me to climb mountains
İt takes tremendous energy to turn the last gear. I cant think of the speed of the first gear.
When you turn the last gear, it can be lightspeed.
That's exactly what will limit you, even with indestructible materials, overtaking light is a big nope
@@fl4k71 it will rip spacetime
Eleventy bazjiliion
There is not enough energy in the universe to make that last gear spin once
*torque has left the chat*
Bro was just trying to shake the universe
I feel like one day this channel is going to make a black hole by accident by creating a continuously shrinking suit
And this is why the engines stalls if you forget to go back into first after stopping.
so you come to a stop without putting it in neutral and with your foot still on the clutch the whole time? say goodbye to your throw-out bearing lmao
@@snk_ow4354 You are supposed to stop in second gear, with your foot on the clutch
Who tf stops in neutral
@@davidbosilj no you're not supposed to stop with the clutch all the way in and still in second gear. First of all, if you stop and try to start again in second gear you'll have to rev it a lot higher than you would in first to get moving, which isn't good for the friction material in the clutch, but i can understand why you would because first is annoyingly slow. Not really a big deal. However there is literally no good reason to come to a complete, prolonged stop with the clutch in. Sitting in traffic or at a red light with the clutch in the whole time will put extreme excessive wear on your throw-out bearing, the springs that disconnect the clutch, and the hydraulic system that assists you when you put the clutch in.
@@snk_ow4354 I'm guessing you are from the USA, or some other place where manual transmission cars are rare, and are self-taught driving a manual.
Lets say for example you are driving in fourth gear and you see a red light in front of you.
You don't just put your car in neutral and let it slide forward, while slowly braking. You have to downshift to 3rd, let the engine braking do its thing and then down to second. When in second gear you brake until you get down to about 1200 rpm, then push in the clutch and come to a complete stop. When you are stopped you can shift it into neautral or first depending on the situation. (You are never supposed to start in second gear under normal conditions, maybe only if the road is very icy)
Driving your car in neutral is dangerous, because if for example someone rear ends you, your legs will fly backwards, letting go of the pedals. Then you have absolutely 0 engine braking, and your foot is off the brake.
Also your car is much easier to maneuver when you are in gear and have engine braking than being in neutral.
@@davidbosilj so all of that unnecessary downshifting and sitting on the clutch while stopped is solely for the tiny chance that you might get rear ended? down shifting through every single gear is either a lot of effort from rev matching or a lot of pointless wear on your synchros. Also what does maneuverability have to do with anything? we're talking about being completely stopped. I can understand downshifting to slow down if someone in front of you is turning or something along those lines, but i see no good reason to row through every gear to come to a complete stop. Brake pads are a lot cheaper to replace than transmission parts.
you would probably use so much force that the gears would break
It would require more energy than is available in the universe
@@Rextraordinaire it would actually require the exact same amount of energy as when he turned the other side. You would just be flipping the output and inputs
Jon Greene you're embarrassing yourself
@@ck4269 He is right.
@@pakan357 except thermodynamics. No engine is 100% efficient.
This dude is gonna break the simulation
So fast you can barely see it moving. The laws of physics need to be reviewed after this experiment.
Just so you know, with a gear reduction that large you'd probably need the force of the whole weight of the earth to move the last gear.
Even the force of the whole universe wouldn't be enough
Nope, not even close.
way, way more than that. a googol is so large you can't even begin to comprehend how large that number is. The number of atoms that make up the ENTIRE SUN is about 10^57. A googol is 10^100. About 1.3 MILLION Earths can fit in the sun.
So your saying there is a chance?
@@jimmycher45 nope no chance
Man: attempts to turn gear from the other side...
The universe: so, you have chosen death.
💯💯
?
@@vesperin5172 because not even all of the energy in the universe could spin that gear
In theory, is there a physical limit to how fast this could be turned because the edge of the last gear would exceed the speed of light otherwise?
As far as we know yes, you can't move the last gear faster than what it takes to take the first gear to the speed of light
if the last gear were to turn a planck length, the first gear would move more than the length of the observable universe, which means it would take 93 billion years (assuming the gearbox won't break) to rotate the last gear 1.616255×10^−35 m.
In practice, when you reach the speed of sound of in this case iron, nuclear bonds are shaking so heavily that iron loses its integrity. First it melts, than it becomes gas, then plasma. That's even if you have decent cooling.
Hey! I have question... I really want to know what happens if you connect two of those gear boxes opposite to each other... And try to rotate one side of them... Theoretical the other end of gear box2 should rotate with same speed with which you are rotating the gear
Except for heat\friction loss would amplify throughout the whole system and defeat your efforts.
Nothing would move it...
"I was able to turn the output gear at 1 RPM" Me: "Then what happened?" Daniel: "I saw God"
Tom Hoehler correction, "i became god"
He became Death, the Destroyer of Worlds
If you manage to spin the last gear, attach a generator to the start gear.
And that'd do.... nothing, in fact it would lose energy, all those gears would waste so much.
And generators add even more resistance, so if you are able to turn it somehow, then add a generator, it's going to be even harder now.
@@silience4095 He say it because even just a fraction of a spin on the last gear will cause enough spins on the first one to, adding a generator, give more energy than the actual amount that universe have. Of course its just an imaginary situation, there is not a way to spin that gear (unless you break the entire sytem XD)
@@BLior96 Well no it wouldn't give more energy... it'd lose all of it.
It would take more energy than the universe has to even output a single bit of energy on the other side.
@@BLior96 but the first gear wouldn't generate shit cause his torque is very low
Speed requires energy, and energy requires force
Now I know how the universe got created: by turning the googol to 1 gearbox from the other side.
Remember: reduction gears convert high speed/low torque to low speed/high torque. The amount of torque required to rotate the output gear such that the input gear would rotate even once would be astronomical
Literally, seriously, literally.
What's the math? Let's assume some really low friction. What are we talking about? One guy said the weight of the earth. Is he close?
I believe the gears would break if trying to go the other way before it started to turn at any noticeable rate. The energy required to turn that last gear is astronomical. There's a video out there explaining the physics behind this but I can't remember it's name. If I remember right it was on a larger scale than that.
@@Carsergeant no. The entire weight of the whole universe is still not enough to do this, the weight of 2 universes, the weight of 3, 4, 10, 1 million, 1 trillion, 1 nonillion, nope. Still not even close.
@@Carsergeant
The actual math is one gear at 50:1 means you will multiply your speed by 1/50 and your torque by 50.
Two of them is 50*50:1. Three is 50*50*50:1. N is 50^n:1. If they are 50:1 as an example, and there are 100 in a row, that's 50^100:1. Or 7.888609e+169 times the force is required, but it also speeds it up by that much.
You might think, hey, even if you put a tiny bit of motion on the first gear, wouldn't it eventually make the end spin? But because of the forces multiplied out, there is no way to reduce static friction below the amount that would halt all motion in the chain.
Ok, but hear me out. Make another one and connect the outputs together. The overall gear ratio will be 1:1!
frictional losses go brrrr
That would be awesome. The torque required to spin this at the joint would break a container ship's propshaft, but it would be awesome
And hear me out, with a 1:1 final ratio you'd have the same speed output as you input.
@@JordonPatrickMears11211988 But the intermediate gears would still have up to googol:1 multiplication
It wouldt it would just break
I wish I could like this twice. That was a perfect arc.
Every time i see videos like these i always imagine attaching a high torque drill or even modding a cars rotors to spin this
I do not know the diameter of the gears, but judging by the size of the hand, I assume it 150 mm .If the surface of the first gear turns at the speed of light 299,792,458,000 mm/s, then it will make one revolution in 1.57188 e-9 seconds. Under these conditions, the 10th gear will make a revolution in 1.57 seconds, 20th in 498 years.
Я не знаю диаметр шестерен, но, судя по размеру руки, думаю 150 мм. Если поверхность первой шестерни будет крутиться со скоростью света 299 792 458 000 мм/сек, то один оборот она будет совершать за 1,57188e-9 сек . При этих условиях 10-я шестерня будет совершать оборот за 1,57 сек. 20-я за 498 лет.
Если зделать две шестерни в соотношении 1 к 10 например 6 и 60 зубев и закрепить неподвижно одну над второй. Можна собрать редуктор где уже на 10 паре у нас уже будет 1 000 000 оборотов. С одной сторони можно прикрипить вес с другой електрогенератор. Если якорь електрогенератора будет вращаться со скоростю 1 000 000 оборотов, даже если в минуту ето нам будет давать ток. С помощу трансформатора можно будет увеличить напряжение. Таким образом можно создать гравитационий електро генератор. А груз обратно можно и с помощу системи блоков поднимать.
I think it would be faster than the motor used in drill or faster than any engine it is used.
And talk about the work that he have to put on the last gear. How much work do you need to put on the last gear to make a turn.
My tiny little brain.exe has stop working
Thats why even delicate movement on last gear would make first one move faster than light. Its genius
let us pretend for a moment that it was possible to turn that last gear with your hand, and turn it exactly once, in one second. At a 1:10 ratio the second to last gear spun 10 times in that second. The third to last spun 100 times in that second. the fourth 1,000 rotations, the fifth 10,000, and the 6th 100,000. the 9th gear would spin 100,000,000 times in a second. The 10th gear breaks light speed for certain, at 1,000,000,000 rotations per second, ~3.34 times the speed of light or ~3.34c.
The 100th gear, would rotate 1 googol times a second. ~3.34e+120 times the speed of light...
In theory you'd need more energy than the observable universe justt o turn it once. So if we can turn the last gear once in one second does that means there will be a big bang or something closer to that on the first gear?
Dang
technically it wouldn't, because relativity would come into effect. The last gear would still be travelling at less than the speed of light (albeit very close to the speed of light)
@@enderan647 Theoretically, anything over lightspeed would need an infinite amount of energy
I'd love to know the math on this. Like how much torque would you have to apply to the last gear to get the first one turning.
There isn't enough energy in the universe to apply enough torque to rotate the first gear.
@@jhendies If there's not enough energy,then just use the strongest thing known in this dimension
**The Power Of Family**
@@KitKitChanIsaac Chuck Norris ..
@@mortenhaugelien4313 TWO nokias
my brain wants you to get a gigantic wrench that will give you enough torque to turn it
Wow! It moved the same speed as the camera capture rate, pretty cool.
When tryhard to be funny....
@@vinitpandya5546 when tryhard to be toxic...
This guy Nyquists
I think hes right, you could've been a bit more subtle about it and it wouldve been beter. Like "check the frame rate of your camera, itll make the spinning more clear" or "the frame rate is equivalent to the spinning mechanism so it doesn't appear to be spinning". Idk but the joke is good in concept just bad delivery.
If this dude doesn't attach a bigger and bigger motor until he has a literally space ships engine attached to it, then -
wouldn't it be a great idea to produce these things as decoration to sell or something. of course first you need to make it perfect but this is something i really want to have in my room running forever. (unless it makes too much noise causing no sleep :p)
I'm working on it!
i will tell my grandson to do the same , by that time they will have infinite energy
The energy it’s gonna cost tho:p or make it solar energy or something
@@eastpackman160 electricity doesn't cost anything. Running that little engine for a year probably costs few cents
Actually maybe the white noise from it might even be comforting!
Short story, short. He wasn’t able to spin the last gear
Hahaha!!! Great video! Love to see the anticlimactic honest videos. Need more of these.
I am not sure why RUclips started showing me all these gear ratio videos but I like it.
It's because a 3D printed version showed up on thingiverse and everyone has been talking about it. Same thing about that vise.
The result is as it was expected. Now you know kids, engineering kills imagination
This is the BEST demonstration of power vs torque I have ever seen.
If power and torque were interchangeable, you could turn it from either side with the same force and achieve the same movement at the beginning gear.
Instead, trying to turn it from the high geared end results in no movement at all, because there is insufficient torque to even get it moving.
Power or torque NO..., angular speed and torque are interchangeable
angular speed x torque = power
I've had a rough couple of days... and now 70 seconds has made it all better again.
Daniel: tries to turn the gear from the other side
Physics: Yeah... we don't do that here
Think Daniel... THINK!
Hehe😄
Well obviously IT does Work. The large gear tur!s the small gear faster, turning the next gear even faster.
**Rotates the last gear by rotating the entire system by rotating the table**
Ah yes, engineering 🤣
Under rated comment
That’s a great question!
Does a formula exist to calculate the speed of light in rpms?
If so would it have the same effect as linear travel at the the speed of light?
It seems like the same concept as breaking the sound barrier by spinning a gearbox.
If successful would it produce a sonic boom and are the physics of each even comparable?
If the edge speed hit C, I'd think it would have a similar effect to linear motion, obviously ignoring the fact that any object would explode long before then. Spinning objects breaking the sound barrier has actually happened with the propeller on the prototype XF-84H Thunderscreech. Basically, the tips created constant sonic booms, which not only required nearly 4900 kW (5900ish HP) to drive the prop but the thousands of shockwaves per minute had just the right frequency and were so loud that it made ground crews sick as it flew overhead, and one of the test pilots said "you aren't big enough and there aren't enough of you to get me into that thing again". But TLDR it's edge speed.
the speed of light can only travel in straight lines. anything moving at the speed of light travels in a perfectly straight line .
I want you to go down the gears until you get to one that you can turn, even if just a little bit.
The explanation: If it takes an electric motor spinning very quickly for a very long time to get the last gear to move a tiny amount, imagine the equivalent energy your hand would have to exert to freely rotate it
That is in no way an explanation lol.
@@duncanross9884 damn bro thats so cool
@@wasabithumbs6294 thnks lol
i think your explanation is really good :)
_"A gear to surpass metal weapon"_
-Some random dude in the internet, me
Lmao
what
Big gear good
"Engravings on a gear give no tactical advantage"
Ive been looking for this for ages
"Will it hit lightspeed?"
"Is it possible to shift an infinite amount of mass?"
I need to this with reduced gears and a big lever just to see first gear turn like crazy.
=GEARS WILL JUST BREAK APART
.....................................................
@@robotnikkkk001 NICE
@@robotnikkkk001 OK BUT WE WANT TO SEE IT
@@robotnikkkk001 He said reduced
@@robotnikkkk001 yeah, destruction is awesome
**It's not possible!**
**No, it's necessary**
This massive torque is gonna cost us 51 years
The friction to even get it started might be so great that there's no material you could make the googol gearbox out of that wouldn't break before reaching the required initial force.
Use another gear system to apply the required force to turn it.
I know this is entirely impractical but I want to see it go! :p
You could start spinning it from the side with the mechanical advantage, then work your way through the gears and see how fast it gets
I think there would be a point where he just can't keep up.
Yes that would make this video worth watching, but hey, this is RUclips.
Simplest explanation that I can give, speaking as a professional automotive service technician:
If you had a gear ratio of 2:1 and you input 100 Lb/Ft of torque at 50 RPM, you would get out 200 Lb/Ft at 25 RPM. The 2:1 ratio is providing torque multiplication at the detriment of RPM.
The concept in this video is the exact inverse.
A 1:2 gear ratio with an input of 100 Ft/Lb at 200 RPM would have an output of 50 Ft/Lb at 400 RPM.
-This is called overdrive. You're gaining RPM to the detriment of torque which is how your car gets better fuel mileage. Your engine might be spinning 3500 RPM but, your transmission has a 0.68:1 final drive ratio making the output shaft spin at 2380 RPM. And then your rear axle ring and pinion will have a ratio of (commonly) 3.42:1 yielding 695.9 RPM. And then you have tire size actually provides another gear ratio. If your tire had a circumference of 60 inches, forward motion would be 60 inches per revolution. If your tire circumference were 100 inches, your vehicle would move 100 inches per revolution.
[At this point, I'll mention that I'm using Chevrolet pickup truck numbers because I remember them without Google so, we're going to use a Chevrolet truck tire]
Our tire is 31 inches tall. Circumference would be 97.39 inches
Soooooo, we had 695.9 RPM at the axle. The tire travels 97.39 inches per rotation. Multiplication comes out to 67,774.33 inches per minute. Divide by 12 inches in a foot is 5647.8 feet per minute. 60 minutes per hour comes to 338871.64 feet per hour. Divide by 5280 feet per mile and you land at 64.18MPH
Let's shift gears, pun intended
Maintain 64.18 MPH.
Same tire size
Same axle gear ratio
Our transmission output shaft has to spin at that same 2380 RPM to keep the same road speed
*But now our transmission has a high gear of right about 1.1:1*
To achieve the required 2380 RPM out of the transmission through that 1.1:1 gear, the engine now has to spin at 3850 RPM which burns more fuel.
Hope I've managed to help somebody even though it's late as hell and I might have done my arithmetic ass backerdz.
I can help anybody needing clarification though
That’s math
رائع
The last gear must have very very high torque
Thanks for the laugh. Made my day.
Captain America: Wields Mjolnir
Thor: Wields Mjolnir and Stormbreaker
Nobody: Turns the last gear
No one is Worthy for the Last Gear.
Published March 23, 2020. I mean look where we are from March 2020 to now, clearly we're just living in a shadow universe triggered by this man's gear ratio.
Haha, that's some epic level physics trolling.
Oh wow, it turned into the crab nebula
What a fascinating machine. Keep up the good work!
500W drill accu = 2 hours autonomy
Turning a revolution of the last gear =
A lot of energy... a big lot of energy
More than is in the universe
The sheer amount of torque you'd need to move that is almost impossible to produce by humans or anything we've built.
Hooray for friction
So some random alien did this, created our universe and now I have to work to keep myself alive (which I very much question is worth it).
Understandable, have a great day
Its an interesting display of physics. You would think, that if you started at the other end it would simply rotate normal and the original front end would become slowed down. But the gears are arranged in such a unique way that this is impossible.
We can use clutch between each gear. Speed up the largest gear, engage the next gear and speed it up, and so on.
Looks like im late to the party, but can we agree that intro editing is legit epic
I discovered this when I was about 10. I thought I was a genius, that invented a way to sacrifice speed for power and vice versa.
One thing I noticed from my experimentation, is that if you have a high gear ratio, the mechanism just won’t work.
Pinhead: “The last gear! You turned it! We came!”
Say again?
Daniel: IT'S JUST AN OVERLY COMPLICATED GEAR BOX!
I watched this post and felt motivated
my friends saw this post and felt motivated
my neighbours saw this and were motivated
we rent a projector in a big field and my
village people saw this and felt motivated
Thank you so much for this post .may god
bless you.
Trying to make that go lightspeed is like trying to move a truck by blowing on it.