@@paulparoma I see loads of idiots on here writing comments with language like that. These morons must think it makes them seem cool or some rubbish. It's absolutely ridiculous
**DO NOT DRINK THAT JUICE!!!** The acid reacts with the metals producing electric energy. The zinc dissolves into the lemon and there are other electrolytic processes. The lemon turns relative poisonous!!! What you can do with the juice is building a Voltaic pile Stack discs of zinc, fabric and copper and soak the fabric in the juice. Stack then to a column and you have got a voltaic pile which has a much better performance than some wire ends and small nails. The bigger the surface and the smaller the distance between the electrodes, the more power you can draw. I guess 20 to 25 13.8V piles in parallel should at least power the lights of the car.
Well zinc and copper are both heavy metals after all but they are also micronutrients. I doubt there's too much of the metals dissolving anyway. Or at least this 500 lemons worth of dissolved copper and zinc once in a lifetime won't practically do any harm.
@@leolaf6501 yes, parallel is the same as if you take more metal surface. so more electrons can be used at the same time :) i meant with that you can put more than to pieces of metals into each lemon. you just need their acid! :D
@@infectedmushroom7544 as he said, about 15 lemons. However, you'll get almost no amperage out of it, so you can make multiple of those 15 lemon lines, and then hook all of them in parallel. You'll get still the same voltage, but way more amperage. That's what they did if you look closely.
Why cut them in half? Why not poke a hole just big enough for the wire? That should slow the oxidation and potentially improve the results of the experiment.
Other places in the world they use lemons as food ingredients or appetizer . Russians:We use lemons to start cars every morning and eat the remaining volts.
@@davejones5640 Is that a joke ,is it only Afrika who use as food ingredients, am gonna slap your face before you see it coming 😃😃😃😃just kidding not only that ,there are places as well ..
I've seen far fewer lemons light up an LED just fine. I think your zinc electrodes oxidized before you could start the experiment. Although, I've never seen halved lemons used. I've only seen whole lemons used. Halving them probably destroys their potential. You probably can also use other metal in the place of zinc like aluminum. Any metal with a high electrolytic potential to copper should work. An any rate, you should have done tests with less lemons on smaller loads before stepping up to starting a car.
Cutting them in half doesn't "destroy" anything or even degrade it really. Citric acid is just a *very* poor electrolyte, not to mention they aren't using very much electrode surface area whatsoever. Each of these "cells" may be capable of a few mA, let's be generous for math purposes and call it 10mA. That's very generous, as they effectively pointed out, but I'm going to assume something resembling "real" plates are used, rather than a stab of copper wire and a zinc plated bolt. A typical 4 banger starter draws 200-300A in most conditions. Let's say it takes 20 lemons in series to reach a nominal (+/- 5%) 12V. You would need 15 thousand of these *strings* of 20 lemons to get close, assuming the abilities of a single lemon as stated above. That's *300 thousand* lemons, just to have hope. The actual number is likely a bit higher just because there's so much room for error when attempting something like this. Doing it with copper wire and bolts, the number is probably in the 2 or 3 digit millions range. Gonna need a bigger garage and a copper and zinc mine to make it happen 🤣
Instead of placing one electrode in a lemon, you can put more as if in parallel. This will give more amperage in each series. If you place the zinc and copper electrodes close to each other, the amperage increases significantly. In the video, you put them at both ends of the lemon a long distance, this is causing a little amperage. This type of battery is a variation of the world's first invented battery. In the first prototype were arranged metal circles, copper and zinc on top of each other separated by a thin cloth soaked in acid. The large surface area of the circles and the small distance between them provide enough amperage to make the battery usable. So you need to think about how to increase the electrode area in the lemon. My suggestion is to put multiple zinc nails in one half of a lemon and many copper nails in the other and tie them together, instead of just one . This will use the area of all nails. Alternatively, use zinc and copper circles and slice the lemons into thin circles and place them between the metals.
I wonder... Copper and Zinc plates could be connected and lined up in a plastic tub, and filled with lemon juice. Similar to the structure of a car battery. If they didnt throw them out, they could use the juice from the lemons they have. But jugs of lemon juice concentrate can be bought cheap.
Person walking into a store and buys a shit ton of one thing duct tape, foil wrap and now lemons Store employees - oh it's another CZcamsr and his experiments
Put the lemons in a container, add yeast, make wine and destillate it to alcohol. Then drive your car on it. It would be interesting to see how much alcohol you could get and how far you could drive...
Plus aren't they configured wrong? Appears to be a series configuration and if that were the case I believe they would be maximizing voltage instead of current. Youd want to find the 12v mark of the series configuration and then repeat that in blocks and connect them in parallel to give you the higher amperage
Try using flat blades of metal strips instead of screws and use super rough sandpaper to roughen up the surface and quickly plunge it into the lemons so you have maximum surface area!
With this lemon you can charge a phone but difficult to start a car. But you got a really a good team to help you. You can make lemon pickle, it has a good sales in India.
1,5A is way too low for engine to start, you should chack amperage of 1 lemon before starting project to see if there is a point of buying 70kg of lemons. Your math is also off by x1000, you had 1500mA, not 1500uA...
Which means youd need 60 of these sets to get to 90 amps. Not 66.600. Also they could increase capacity with decent zinc rods and not cutting the lemons in half, so the water doesnt evaporate quickly. And it would be a lot better to solder all joints and get thicker cable for the 2 main leads, bc they will lose quite some energy
@@Techie1224 that's amperes per HOUR tho, a car starter can pull about 300A at once. In fact car batteries are made for this instantaneous huge peak that is easily 10x their rated hour capacity, but ain't gonna resist many full cycles (from full to empty). I think a normal car battery can even resist short circuits without damage if it doesn't last longer than a normal cranking time. If they measured the short circuit current flowing they would know how much cranking amperes they have available, and I think that's what he did and reached like 1.5A only, probably because they oxided so quickly during the making of the battery itself.
For anyone thinking about measuring amperage that way, don't. Usually you'l blow the fuse in your meter, and possibly damage the power source. When measuring current, you should be measuring what is supplied to a particular load. Hooking the supply directly to the meter short-circuits the supply, which usually results in popping something.
true, and the saddest part of this video was that it actually didn't pop anything, since the short circuit current was so low (so, helpless in starting the car)
Yes,lithium ion batteries can create an awful lot of current when tested for amps. Unless you like damaging your batteries or risking a battery fire, only test the voltage.
@@phasm42 hehe, yep! Hope it's got a fuse..! It's actually the correct way to measure the short circuit current, for example for solar panels. But you should be aware what you are measuring before you try it.
could press the juice out of the lemons and put it in a big container then get a big piece of zink plate and a copper plate and dunk that in the container the moment you want to start the car , that you can do in a second and xhould give you the peak power for the time it takes both plates to oxidise , might need quite a few plates in parralel to get the juice out of the juice
Normal car battery has 10-13 mm thick connector... I know it's not same as radius what equals as the contact area, but it won't need really thick plates... Once the surface oxidizes, it doesn't matter how thick the plate is as the surface acts as an insulator.
Best video ever and you don't do clickbait and you show the interesting result at the very beginning of the video which makes me want to watch the whole video thanks
this is probably the most efficient thing hes ever done on this channel 54: *sees my comment* "is that a challange?" *next video*: TODAY were making a v10 PRIUS
Most channels: Will it be enough to start this car? Interesting part gets cut out and you have to wait 10 minutes for the answer at the end This channel:
Great experiment, at least you tried it. I tried it with LED's and the result was very disappointing, series parallel with a few lemons only yields in a few mA's. any bigger load then a LED the voltage drops rapidly. Using the lemons. Make some nice lemon ice blocks out of it.
RODALCO2007 I was surprised that they could barely light one LED with all those lemons. I wish they'd consulted a chemist to check if they had the design right.
Instead of the tiny wires, use sheets of zinc and copper. The more plate area you have, the more current you should be able to get. Also, the distance between the plates affects how much current you get. You could also get the juice from the lemons and make a proper battery: Zinc, paper divider, copper, paper divider etc. and then fill it up with juice. You could do it with about ten or twenty lemons I'm guessing.
How ironic? We've just had the "24 hours of Le-Mans", and here we have 24 hours of lemons. I suppose all that lemon juice would make reasonable rust converter. Just what it will convert into is anybody's guess, but you are the guys to find out, right?
If turbocharger works on principe running air into engine, just why not use compressor 😂 Pls do this. And pin me up. Love your vids! Greetings from Slovakia! ❤️
Big ship engines use compressed air to start, but the pressures there are about 30 bar. For a car, preferably diesel, they would need to inject the air directly to the cylinders. Quite a modification on the cylinder head...
"The centrifugal supercharger is used in many applications including, but not limited to, automotive, truck, marine, aircraft, motorcycles and UTV's. Of these applications, they are most commonly utilized for increasing horsepower in street vehicles and race applications. While the first practical centrifugal compressor was designed in 1899,[1] centrifugal superchargers evolved during World War II with their use in aircraft, where they were frequently paired with their exhaust driven counterpart, the turbosupercharger."
*"This battery has quite a bit of juice"*
Hahahahaha great joke with a really good pun
Perfect comment
You must be a dad. DAD jokes are actually super legit.
@@Christdeliverme The best dad joke is to have your daughter's first date help you clean the shotgun.
With less than 2 milliamperes
I can just imagine the supermarket employees talking to their boss like, "Yeah, sir. Some 2 guys came in and bought our entire stock of lemons!"
When life gives you lemons, make lemonade :)
These guys hear: start a car
lol
Here 😢
Quite gruesome
itsGuy I mean I do too.
They made lemonade too
For anyone curious, the cost of the lemons is approximately £90 (GBP)/$110 (USD)/100 EUR/$150 (CAD)
yep, this is what I was looking for. in Canadian too, nice thanks
holy molly. hopefully all those lemons didn't go to waste after experiment
The store manager be like... WTF, where did all lemons go ??...
Radoslaw Gawlikowski *HAHAHAHAHAHAHAHAAHAHAHAHHAHAHAAHAHAHAHAAAAAAAAHAHAHHA*
@@isaacsrandomvideos667 It's not that funny. You need to get out and socialise more.
red dwarf anyone ?
Radoslaw Gawlikowski
What are you, black?
@@paulparoma I see loads of idiots on here writing comments with language like that. These morons must think it makes them seem cool or some rubbish. It's absolutely ridiculous
Replace acid in a car battery with lemon juice and see if it can be charged, or start a car.
Good idea
@@next_5022 or hook a small led to it and see if it lights up.
Did not expect to see you here.
it wont work
lemon juice is not rechargable by conventional way
Russian government:
Lemon shortage due
to conspiracy theories
USA government:
hold my lemonade
I freaking love that they film with 21:9 aspect ratio
Me too!
Why dafuk do moveis get wider and wider? in the future we'll have like 50:9 aspect ratio
Actually that isnt 21:9 they just put 16:9 and put some black bars on it i have a 21:9 monitor I can still see the bars
@@PK-qs5xw I just hate how most movies are read in "Full HD" 16:9 even if the movie has a 21:9 aspect ratio.
i use a 1x3 setup and its still not ok, i can still see the black screens to the left and right. My ratio is 16:3 or 5780 x 1080
Garage 54 next month: "Vodka instead of brake fluid".
Vodka made with lemons I might add 😉
"Looks like it doesn't work guys, oh well, we dont really need brakes anyway, just down shift"
@@lukethedrifter3363 sounds tasty !!
Dont you mean brake fluid instead of Vodka?
@@lukethedrifter3363 with water melon frozen chunks mmmmmmm
*when life gives you lemons,*
*you start a lada in soviet russia*
I was looking for this lol. I was about to say, "When life gives you lemons, start a car."
First thought I had.
It was a toyota
*ALOT of lemoms XD
When someone thinks of the same comment and gets there before you do :-/
**DO NOT DRINK THAT JUICE!!!**
The acid reacts with the metals producing electric energy. The zinc dissolves into the lemon and there are other electrolytic processes. The lemon turns relative poisonous!!!
What you can do with the juice is building a Voltaic pile
Stack discs of zinc, fabric and copper and soak the fabric in the juice. Stack then to a column and you have got a voltaic pile which has a much better performance than some wire ends and small nails. The bigger the surface and the smaller the distance between the electrodes, the more power you can draw.
I guess 20 to 25 13.8V piles in parallel should at least power the lights of the car.
Don't worry, in Russia you poison the lemon
Well zinc and copper are both heavy metals after all but they are also micronutrients. I doubt there's too much of the metals dissolving anyway. Or at least this 500 lemons worth of dissolved copper and zinc once in a lifetime won't practically do any harm.
@@matsopelle
Exactly what I thought. I would drink it.
@Sümbig Dumkünt Yes, commercial move
Nerd
1950s: in 60 years we will have flying cars
2019:
there is a car powered by a 100 lemons
*1000 lemon
I wonder how many people would go back to the dealer and claim they were sold a lemon hahaha
500 lemons
Big respect to the person who narrates all of these videos
he does a good job;
Iam sure he get paid for it so....
Is there a non voiced over channel for the russian community?
@@armaggedon4christ Of course: czcams.com/channels/BByzLy3MGJT8UMVLYLScNg.html
Markus Birth key log link
His expression when he really thought it worked for a split second was worth everything. Great experiment!
you don't need that many lemons. It smore important to have more metals (more surace = more amps) and more in series means more voltage!
Depends on how you connect them parallel = more ampere
In row = more voltage
You only need 12v though
@@leolaf6501 yes, parallel is the same as if you take more metal surface. so more electrons can be used at the same time :)
i meant with that you can put more than to pieces of metals into each lemon. you just need their acid! :D
"this battery has quite a bit of juice"
love that.. XD
Ba-dum tssss
@@scottskinner577 LOL
This is the guy your math problems warned you about
Vlad has bought 70 kilograms of lemons, if each lemon generates 0.9V and 12 V is needed to start the car calculate how many he will need to do it.
Infected Mushroom754 more than I can be fucked to carry home
@@infectedmushroom7544 as he said, about 15 lemons. However, you'll get almost no amperage out of it, so you can make multiple of those 15 lemon lines, and then hook all of them in parallel. You'll get still the same voltage, but way more amperage. That's what they did if you look closely.
Klaufmann yup to start a car you need to be able to put out about 500 amps to deal with the inrush current of the starter.
@@bassdrumflextime1253 yeah, so if you get 2 amps from 1000 lemons, youd need a quarter million lemons to start a car. Quite wasteful
Literally bringing meaning to the term: 'my car is a lemon.'
But those lemons are worth way more than that car! 😂
What does “my car is a lemon” mean?
@@WorldEagleKW has nothing but issues from new that will break down or cost you a lot if money
In the US a lemon is a POS worthless car.
@@WorldEagleKW it means it's a Chrysler
Why cut them in half? Why not poke a hole just big enough for the wire?
That should slow the oxidation and potentially improve the results of the experiment.
Multiple small pieces with the same size wire put into them increasing total surface, therefor output, perhaps?q
Or really get the juice and some copper and zinc plates and make a proper gigantic battery form factor with that.
In Soviet Russia, car starts the lemon.
Is that you Yakoff?
the car "is" a lemon...
Other places in the world they use lemons as food ingredients or appetizer .
Russians:We use lemons to start cars every morning and eat the remaining volts.
😂😂 best..
Africa?
@@davejones5640 Is that a joke ,is it only Afrika who use as food ingredients, am gonna slap your face before you see it coming 😃😃😃😃just kidding not only that ,there are places as well ..
Lmao
Better to say there is no lemon to eat in other place but this crazy people playing with food .....god halp
Battery: **dead**
Me: *LIFE, WHERE ARE MEH LEMOONS?!*
Heh, irony.
The Master Tanker hello there fellow WOT fan.
lol, good one. xD
E-very
V-oltage
I -s
L-emons
Nice
Spongebob reference, I see
Has to be one of the funniest things I've seen in a long time, thank you very much.
Time to make lemonade 🍋
Didn't expect to find you here
You suck
Mechanic in school: I’m going to build engine
Mechanic in real life: ‘cutting the lemons’
I've seen far fewer lemons light up an LED just fine. I think your zinc electrodes oxidized before you could start the experiment. Although, I've never seen halved lemons used. I've only seen whole lemons used. Halving them probably destroys their potential. You probably can also use other metal in the place of zinc like aluminum. Any metal with a high electrolytic potential to copper should work. An any rate, you should have done tests with less lemons on smaller loads before stepping up to starting a car.
Cutting them in half doesn't "destroy" anything or even degrade it really.
Citric acid is just a *very* poor electrolyte, not to mention they aren't using very much electrode surface area whatsoever.
Each of these "cells" may be capable of a few mA, let's be generous for math purposes and call it 10mA.
That's very generous, as they effectively pointed out, but I'm going to assume something resembling "real" plates are used, rather than a stab of copper wire and a zinc plated bolt.
A typical 4 banger starter draws 200-300A in most conditions.
Let's say it takes 20 lemons in series to reach a nominal (+/- 5%) 12V.
You would need 15 thousand of these *strings* of 20 lemons to get close, assuming the abilities of a single lemon as stated above.
That's *300 thousand* lemons, just to have hope. The actual number is likely a bit higher just because there's so much room for error when attempting something like this. Doing it with copper wire and bolts, the number is probably in the 2 or 3 digit millions range.
Gonna need a bigger garage and a copper and zinc mine to make it happen 🤣
Next up starting a car with 60k lemons.
This channel is so friggin awesome. Thx for taking the long pain staking hours it takes to do all this for us.
Yea it is awesome
This is quiet craetive content. Keep up that good work!
Muddymarry creative*
Its hardly quiet, quite noisy in fact
@@svantejak7708 He obviously miss typed. Craetive is clearly wrong. Douche.
Just turn the volume up
Instead of placing one electrode in a lemon, you can put more as if in parallel. This will give more amperage in each series. If you place the zinc and copper electrodes close to each other, the amperage increases significantly. In the video, you put them at both ends of the lemon a long distance, this is causing a little amperage. This type of battery is a variation of the world's first invented battery. In the first prototype were arranged metal circles, copper and zinc on top of each other separated by a thin cloth soaked in acid. The large surface area of the circles and the small distance between them provide enough amperage to make the battery usable. So you need to think about how to increase the electrode area in the lemon. My suggestion is to put multiple zinc nails in one half of a lemon and many copper nails in the other and tie them together, instead of just one . This will use the area of all nails. Alternatively, use zinc and copper circles and slice the lemons into thin circles and place them between the metals.
We cant even buy a regular battery worth those lemons😂
That's how i start my car every morning.
Damn you must be tired cutting 1000 lemons every morning.
@@fuentesjuanjose90 Or making salt bridge for each cell
I wonder... Copper and Zinc plates could be connected and lined up in a plastic tub, and filled with lemon juice. Similar to the structure of a car battery. If they didnt throw them out, they could use the juice from the lemons they have. But jugs of lemon juice concentrate can be bought cheap.
and now you have an upset shop owner who realizes he didn't need 1000 lemons
FormalMite but 1000 lemons is good video content, as opposed to a barrel of acid juice
Patrick Earthridge Russians don’t throw away food
They don't have enough surface area to get a lot of current, even a coin would've been better much better
Love this. Been thinking about it for way too long. Thanks for doing it.
Next video: Replacing the wheels with lemons
🤣👍🏻
"This battery has quite a bit of juice"
greatest pun ever
Person walking into a store and buys a shit ton of one thing duct tape, foil wrap and now lemons
Store employees - oh it's another CZcamsr and his experiments
At least it's not a crazy flat earth experiment!
Alister Rebello or a killer
Put the lemons in a container, add yeast, make wine and destillate it to alcohol. Then drive your car on it. It would be interesting to see how much alcohol you could get and how far you could drive...
**Mr. Beast wants to know your location**
lol, was thinking the same thing. xD
True
Bigger copper and pure zincplates increase the ampere...
What ampere do you expect from thin short nails and 1,4-2squaremilimeter cables?
youre critisizing russians that let dogs drive...
When I made battery out of liver casserole, I used 1 cm wide aluminium.
Exactly!
Thin zinc plated screws at it
Plus aren't they configured wrong? Appears to be a series configuration and if that were the case I believe they would be maximizing voltage instead of current. Youd want to find the 12v mark of the series configuration and then repeat that in blocks and connect them in parallel to give you the higher amperage
Try using flat blades of metal strips instead of screws
and use super rough sandpaper to roughen up the surface and quickly plunge it into the lemons so you have maximum surface area!
Screw would have more surface area
not if the metal plate is really rough and wide or shaped like a paper fan or mini heatsink
When the title said 1000 lemons and car in the same sentence, I was thinking of BMW. All of them are lemons out of the factory
With this lemon you can charge a phone but difficult to start a car. But you got a really a good team to help you. You can make lemon pickle, it has a good sales in India.
Great experiment!! I thought it would start!! Fun stuff always !! Thank You for the work : )
Thank you sir!
Now I can jump start my car with some lemons 🍋
Next video:
Replace all Tesla batteries with lemons.
My dude, why didn't Elon musk think about this since tesla are short in battery production
It's time to ditch Li-ion in favor of Le-mon...
Its insanely funny to watch this one! Awesome!!! Nice Job!!
1,5A is way too low for engine to start, you should chack amperage of 1 lemon before starting project to see if there is a point of buying 70kg of lemons.
Your math is also off by x1000, you had 1500mA, not 1500uA...
Which means youd need 60 of these sets to get to 90 amps. Not 66.600.
Also they could increase capacity with decent zinc rods and not cutting the lemons in half, so the water doesnt evaporate quickly.
And it would be a lot better to solder all joints and get thicker cable for the 2 main leads, bc they will lose quite some energy
@@StofStuiver this small car can start nicely with 40-50 amp battery so divide your calculations by half :P
@@Techie1224 that's amperes per HOUR tho, a car starter can pull about 300A at once. In fact car batteries are made for this instantaneous huge peak that is easily 10x their rated hour capacity, but ain't gonna resist many full cycles (from full to empty).
I think a normal car battery can even resist short circuits without damage if it doesn't last longer than a normal cranking time.
If they measured the short circuit current flowing they would know how much cranking amperes they have available, and I think that's what he did and reached like 1.5A only, probably because they oxided so quickly during the making of the battery itself.
The store manager would have fainted to see all lemons gone lol 🤣🤣🤣
I'm going to have to throw a thumbs up at this just for the pure genius of this experiment. XD
The patience these guys have blows my mind. ;)
For anyone thinking about measuring amperage that way, don't. Usually you'l blow the fuse in your meter, and possibly damage the power source. When measuring current, you should be measuring what is supplied to a particular load. Hooking the supply directly to the meter short-circuits the supply, which usually results in popping something.
true, and the saddest part of this video was that it actually didn't pop anything, since the short circuit current was so low (so, helpless in starting the car)
Yes,lithium ion batteries can create an awful lot of current when tested for amps. Unless you like damaging your batteries or risking a battery fire, only test the voltage.
Meh. You'll remember better if you learn the hard way!
You'll certainly remember if you try to check the amperage of a car battery or wall outlet that way.
@@phasm42 hehe, yep! Hope it's got a fuse..! It's actually the correct way to measure the short circuit current, for example for solar panels. But you should be aware what you are measuring before you try it.
Can a battery made from 1000 lemons start a car?
I save you some time: NO
Thanks!
I paused at the ad and scrolled for this comment. 👍 Thanks
Probably he used too small of the mass like a screw.
Came straight to the comments for this.
Maybe one extra lemon will help???😋
Love this channel please keep the videos coming!!!
I always enjoy these videos,this channel should have way more subscribers,such under rated channel
could press the juice out of the lemons and put it in a big container then get a big piece of zink plate and a copper plate and dunk that in the container the moment you want to start the car , that you can do in a second and xhould give you the peak power for the time it takes both plates to oxidise , might need quite a few plates in parralel to get the juice out of the juice
Normal car battery has 10-13 mm thick connector... I know it's not same as radius what equals as the contact area, but it won't need really thick plates... Once the surface oxidizes, it doesn't matter how thick the plate is as the surface acts as an insulator.
When life gives you lemons you make lemonade
Russia: When you give lemons at life, you get car battery?
Best video ever and you don't do clickbait and you show the interesting result at the very beginning of the video which makes me want to watch the whole video thanks
I love these adhd random project videos! 😅👍
this is probably the most efficient thing hes ever done on this channel
54: *sees my comment* "is that a challange?"
*next video*: TODAY were making a v10 PRIUS
10 engine lada is the definition of efficiency sir
ural v10 diesel powered prius
@@andreiuul1 That's quiet a big choo-choo, but i totaly agree with you sir.
I wouldn't doubt them trying to fit some smaller soviet era train engine on a Lada some other day if they happen to find one so yeah
@@Kalvinjj they put a 7 liter truck engine in a Lada.
Most channels: Will it be enough to start this car? Interesting part gets cut out and you have to wait 10 minutes for the answer at the end
This channel:
I like that you still managed to make the video entertaining even though you kinda knew it wouldn't work.
Love all your videos, keep it up!
Great experiment, at least you tried it. I tried it with LED's and the result was very disappointing, series parallel with a few lemons only yields in a few mA's. any bigger load then a LED the voltage drops rapidly.
Using the lemons. Make some nice lemon ice blocks out of it.
RODALCO2007 I was surprised that they could barely light one LED with all those lemons. I wish they'd consulted a chemist to check if they had the design right.
Battery: meh
Lemon: do you want some juice?
LOL, "JUICE" in the battery, haha! I see what you did there!
Next video : Starting a lemon with 1000 Ladas
Try to start using some old classic Vodka.
Will891410 You talking about the car or the human
When you are measuring current you need to put something into the circle so it doesn't short it 😂 thats why it was dropping so quick
Great video you still mad well done lads.👍🇬🇧🍺
Instead of the tiny wires, use sheets of zinc and copper. The more plate area you have, the more current you should be able to get. Also, the distance between the plates affects how much current you get.
You could also get the juice from the lemons and make a proper battery: Zinc, paper divider, copper, paper divider etc. and then fill it up with juice. You could do it with about ten or twenty lemons I'm guessing.
Good try interesting experiment to do.
I liked it.👍
What about using the lemon juice to see how much voltage you can get from that like from a gallon or 2
This is gold right here! Better get you lemons when shit goes down.
''Do you have a start cable sir ?''
'' -no, but i have 1000 lemons''
*Cave Johnson wants to know your location*
Man: I once started a car with one thousand lemons!
Kids: ? Da faq
You guys are awesome I say, from Bill in the USA.
With these many lemons your car surely is a lemon. No! Your car is fine, it's your battery that is a lemon.
Shop burns down
Fire department report: it looks like the source of the fire was lemons. Rofl
Jetski Jay Cave Johnson wants to know your location
Wife:where is the lemonades
Husband:in the car
Wife: haaaaaaa!!!!
So glad you guys did this anyway. Reminds me of the old "mr wizard" tv show when i was a kid.
After drinking Vodka... "i have a brilliant idea, lets start a car with 1000 lemons"
This guy is some kind of Russian MacGyver is awesome
You said you used 1,000 lemons but I didn't see 1,000 Dodges in that garage anywhere! 😂😂
Ah, so that's where the phrase "This Car is a Lemon!" came from!
"It's bitter." haha love it
Bottlenekced by the zinc and the copper, you could had made much more with way less lemons. Your per cell resistance was too damm large.
So this is why that street in Azerbaijan had all those people selling lemons in The Grand Tour...
So glad these guys are keeping it real instead of faking it for views.
"I'M GOING TO BURN YOUR HOUSE DOWN, WITH THE LEMONS!!!!" - Cave Johnson.
I was looking for this comment
Macgyver would have done it with a potato, chewing gum and duct tape. :D
Then Jack O'Neill would of used it to run the StarGate
How ironic? We've just had the "24 hours of Le-Mans", and here we have 24 hours of lemons.
I suppose all that lemon juice would make reasonable rust converter. Just what it will convert into is anybody's guess, but you are the guys to find out, right?
By the way, 24h of lemons is also a race, it's a joke race tho, full of crappy junkyard cars and all just for fun
@@Kalvinjj 24hoursoflemons.com/
I just love the way you people make so much efforts so much hardwork for making such videos.....
Love ❤️ from 🤩 INDIA 🤗
Love this channel and Russian lateral thinking outside the square.
If turbocharger works on principe running air into engine, just why not use compressor 😂
Pls do this. And pin me up.
Love your vids!
Greetings from Slovakia! ❤️
Big ship engines use compressed air to start, but the pressures there are about 30 bar. For a car, preferably diesel, they would need to inject the air directly to the cylinders. Quite a modification on the cylinder head...
"The centrifugal supercharger is used in many applications including, but not limited to, automotive, truck, marine, aircraft, motorcycles and UTV's. Of these applications, they are most commonly utilized for increasing horsepower in street vehicles and race applications. While the first practical centrifugal compressor was designed in 1899,[1] centrifugal superchargers evolved during World War II with their use in aircraft, where they were frequently paired with their exhaust driven counterpart, the turbosupercharger."
Air compressor= high pressure and low debit, super/turbo charger= medium pressure in high debit
Compressor- low volume high pressure, turbo- high volume low pressure 👍
audi and volvo actually have exact that
Connect up all the wiring first through plastic sheets & connect to the vehicle then quickly push the whole lemons over the electrodes
Cashier, " oh you guys making a lot of lemonade."
No trying to start my car ...
Great stuff, just pure fun.