Hey guys! I luv you HR! Btw I also have a trick shot channel inspired by you!!! I am a pretty small channel so it would mean a lot if anyone that reads this could please check it out and maybe if you think it cool maybe subscribe? If not its totally ok I don’t want to force anybody to do anything🙂. I just thought I would say this because a lot of people are bored during quarantine and have nothing to watch so I just thought that maybe people would like our channel since most people who watch HR like trick shots. Btw our most recent video is something totally different then trick shots that we have never done before so if you only like trick shots just watch one of our other videos. Anyway I hope that anyone reading this is successful and has an AMAZING day!!! Stay safe!
I analysed the best drop of the lot. 11:20 Timed the shot at 12:11, running it at 0.25x speed. Measured the time from the ball entering the frame to the impact. and then the time from impact to the smaller ball exiting the frame. The former took 5.05s, and the latter was 4.51s. 11.11% more time before impact than after. Which means it's speed after impact is increased by 11.11% or by a factor of 1.11. A 45m drop translates to a speed of 30m/s, (Air resistance would be negligible, and in the last couple of metres the speed can be assumed to be constant.) So, you lads achieved a speed of around 33.33m/s after the impact. (119.99km/h or 74.56mph for non metric users) That's 33.33m/s but with a significant component of the velocity in the horizontal. If anyone's interested... hell, if anyone even comes across this... Edit: Aerodynamic drag in this case will be quite substantial, and not negligible, like I previously assumed.
Thanks man, I considered asking in the comments for someone to do those maths once I saw that drop! You got there before I even asked cheers for that :P
I'm not sure air resistance is negligible. The terminal velocity of a falling sphere is given by the weight, density of air, cross section area and drag coefficient: sqrt(2.m.g/d.A.Cd)
For a 12kg ball about 45cm across, that's sqrt(2 * 12 * 9.8 / 1.27 * 0.16 * 0.47 ) sqrt(235.2 / 0.095) = sqrt(2476 ) = 50m/s
13:07 Jack's texting "Mum, I keep telling them, use some double sided tape or a velcro dot to hold the balls together for the drop, but Gaunson's in charge so we are using his mad science instead. Gonna be late home for dinner again."
Except, of course, that the Jewish creation myth doesn’t mention an apple at all. The Hebrew word "peri" simply means "fruit," and so it could be one of any number of different fruits.
Attach them with a needle, so they stay together, give them some spin with a vertical axis so they stay vertical. They need to be both on top of the other and touching upon impact to work better, I really think you can do even better after seeing the higher ones!
I was thinking the exact same thing. Literally just needs to hold for the drop and the momentum should break them apart easily. Let’s get a round 2 boys!!
For future attempts, what if you tried connecting them with a small pin/sewing needle? I'd guess as the bigger ball doesn't seem to rotate much, it should keep the small one perfectly lined up in the middle without flying about in the slipstream. Then when it hits, with just a small needle connecting them, it should release and send the smaller one off without much resistance, and not damage the rubber bands much. Or if they were small enough, to drop them through the tubes at the top as well for more consistent results (though it could maybe be too close if it flies straight back up). No idea if any of that would work, but seems like it could work?
I was thinking a little bit of glue or double-sided tape, as the forces tending to move the balls apart will be pretty gentle, right up until the cannon-collision when it hits the ground. A pin or needle (drawing pin / push-pin) might be a good option as it could be either pushed-through a band from the back, or just taped down on to the big ball.
I don't think it works if the two balls are joined up, there needs to be a small gap between as what creates the momentum is the larger ball returning up as the small ball is coming down
@@darstellar I think it actually works better if the balls are touching when they hit, especially with these rubber band balls since they compress some. To further reduce randomness, they could setup a pipe at the top with a pin at the bottom to drop them out. It will hit the same spot on the ground every time then.
As other have pointed out, using something to keep the balls in contact until impact would improve the results, probably quite significantly. Something like double-sided tape, sticky tack, or possibly a pin (maybe a pin in one ball and a sleeve for it in the other), all might be decent options. Just something strong enough that the turbulence of the air going around the big ball does not pull the smaller ball off, but weak enough that it won't seriously restrain it's launch velocity. And then you might be able to use more than just two balls stacked on top of each other. :)
I was going to say just wrap a rubber and from the big ball around the small ball and weaken the band. That way it stays in contact but snaps from the impact
@@karolmica5526 I thought Bernoulli’s Principle has to do with fluids though? I am a novice when it comes to fluid dynamics and physics as a whole so I’d love an explanation
@@andrewhorton6613 fluids are liquids and gases. They both work with this law. This is really important in aviation 'cause thats why you can produce lift in airplains.
Just a tip guys! When ive done this with bouncy balls i used a skewer to hold them togeather! And it worked perfectly, try holding them with skewers!!!!
All these things introduce a resistance that is impossible to account for. The only design that would predictably work - at least to a workable degree - would be a toothpick like structure the prevents lateral movement between balls but allows longitudinal movement freely and basically without restriction. There would still be restriction, but the introduction of such would be able to be calculated with an idealised model of such an interaction, framed and calculated by it's practical implementation (which is what is on display here). I think these guys must be doing a physics degree or some such for the content they release. If not, they should. A lot of applied physics fits their areas of discovery.
Hey guys... Quick note... A square of double sided tape, but, if it's too tacky, then reduce tackiness using fingers (finger grease) or a little sprinkle of sand or adjust size of tape square, so its JUST tacky enough to hold them together till it strikes the ground..... Once perfected.... TRY THE 3 BALL CANNON...??? 🤔🤔🤔😏😏😎😎
jryde421 no you wouldn’t lol. Most wildlife in Australia will leave you alone unless you provoke them. A mountain lion’s teeth are arranged at an angle to snap your spine
@@brendonbuffaloe8830 australia has giant spiders, snakes, scorpions, sharks, cube jellyfish and so much more!!! HAVE YOU SEEN THOSE SPIDERS!! THEY ARE MASSIVE AND SCARY!
@@mewtical1840 Yeah I know, but I’d rather encounter a snake that wants to be left alone than a mountain lion that will kill you for entering it’s territory
Finally, I've reached the end. This was the video before I started watching all your stuff and now I've gone back to the beginning and now I'm here. I have watched every non-member only viddy on this channel!
Strange thing is that the bible doesn't even say it was an apple. The bible only ever referred to it as forbidden fruit. But for some reason it has always been depicted as an apple by people.
@@Eifekk G'day, Well spotted...! Actually, it said that Adam & Eve..., "...Partook of the Fruits, from the Tree of Knowledge..., before they were sufficiently mature or wise enough to be able to deal with them/use it all without making a mess..." I was a lapsed Presbyterian when I arrived at a Catholic Boarding School for 5 &1/2 years, and rapidly I became an Evangelical Atheist long before I matriculated...; and then later I mellowed - & I try to be a good Faithist, these dayze... However, the first Hybrid Strain of Grain on Earth went into a Midden 30 years after the Stonemasons began working at Gobekli Tepe, 12,300 years ago - in South-Eastern Turkey...(!). For the first 30 years, all the Grains & Seeds dropped in the Midden were from wild harvested Species - from as far as 500 Km away in all directions...(!), and then the first Hybrid Grain was dropped in the Midden ; and after another 300 years later then ALL the Grain in that Midden were Hybrid Strains, and thus - the Broadacre AggroKult of Harvest Everything-ism..., had first appeared upon the Earth. Four hundred years after that..., and the City of Gobekli Tepe had been abandoned, for the second time ; because by then it sat smack at the centre of the very First Human-Caused DESERT, on Earth...! (Yay-Team Progress...?). Descendants of the Gobekli Tepean Diaspora went out, retreating from their (shiny new) Desert in all directions, and taking Broadacre AggroKultism with them, spreading out gently ; but then 6,000 Years ago the Yamnayans, from South of the Caucasus Mountains appeared on the Scene, and they promptly conquered everywhere from Spain to Hong Kong, Norway to Delhi and Scotland to Vladivostok..., all within 1,000 years. And their Descendants have systematically trashed the entire Ecology of the complete Biosphere of the whole Earth...; because they KNOW how to build Bulldozerrors and Atomik Bombs, MachineygunGunGUNgunnies, Coalfired Powering-Stations & Kerosene-Burning Fossil Carbon-Farting Hairygoplanes the better to take Telephone-Sanitisers & Hairdressers' Assistants on a Clap-Catching Expedition to Bali every year - for a Holiday...(!). And..., they were not at all sufficiently wise nor mature enough to have realised that, BECAUSE the Price of doing all this has been to shit in the Nest until the Planet's Biodiversity is dying.... ; then therefore thus & because - Humanity itself has become an active Existential Threat to ALL Life on Earth.... So, the Gaia Hypothesis (of the entire Universe ?) is now SERIOUSLY pissed-off with the greedy bastards of the Chamber of Commerce, eh (?) ! Hmmm, "They partook of the Fruits of the Tree of Knowledge..., BEFORE they were sufficiently wise and mature to know what (the HELL) they were and still are buggarising about and playing with...! Hmmn, And, meanwhile, here on Oz..., 500 Language Groups of Aborigines had not moved off their Tribal Towris ("Countries", or "Homelands") for FORTY THOUSAND YEARS - and 2 complete Ice Ages had come & gone while the Aborigines stayed at home and adapted..., and some parts of Western Oz were inhabited by modern (Toolmaking) Humans as far back as 75,000 years ago...! So, yeah mate...; "The Fruits Of The Tree Of Knowledge"... appears to include knowing how to turn Foodforests into Deserts, while overharvesting, all to repay the Loan AND pay the (Usurious) Interest Fees to the Moneylenders - who financed the bloody Land-Clearing in the first instance...(!). So, how d' ya like THEM there "Apples"..., Pilgrim ? And, now, the Bat-Eaters' Lament Virus is currently culling the Broadacre AggroKult of the Harvest Everything-ists...; apparently. There ye go, and Now ya know..., that Not ALL Apples Are Delicious... Especially When Over-eaten...! Such is Life. Have a good one... Stay safe. ;-p Ciao !
Have you entertained the idea of finding out when the next google maps update over the tower will be done and spray painting your logo in the sand beneath the tower?
@@Storil-ni2cl The big shrub the ball went into, we call a bush here in Australia. So to say it went into the old George W is like rhyming slang for the ball went into the bush. Hope that helps ease a bit of the confusion for you.
@@Storil-ni2cl former president of the US. To be more specific, the son of President George H W Bush (Bush 41). It's a play on words, and I personally found it funny.
They should have just attached the small one to the big one with a really thin band - it would easily snap when it hit the ground and make it go vertical.
So guys, for dropping these heavy balls without spin you could hook 2 Sticks to the crane on one end of the sticks while holding the other end of the sticks on the tower. Put the ball between both sticks and to release push both sticks apart.
@@oblivionpro69 It doesnt really need room. Separating might help but it definitely works without it. Because of how things compress the ball will be on its way up when it launches
You guys really need a package impact test machine. They are designed to be a table that moves out of the way of the package so that it falls straight down. You could mount it on the rail on the top of the tower. Make it alot easier to drop Accurately. th-cam.com/video/OViYj0RxkHo/w-d-xo.html
I don’t know if anyone has posted it, but the issue you’re running into is that the trailing, or smaller ball, is too small. If the ball is too small then the low pressure area won’t have the desired effect on the ball, and it will continue to sway like it did in the video. If the air current is too wide, it will not hold the ball in place. You guys should retry it and do the 12kg and 6kg balls or maybe a mix of the smaller ones but that is why you aren’t getting the massive bounce you are looking for. Just a theory but definitely with a look. Great video either way.
Just an idea... If Scott holds the big ball with both hands from the bottom, someone else maybe could place the small ball on top and balance it with just a finger? That way, Scott doesn't have to worry about holding both balls, he can just focus on releasing his hands from the big ball simultaneously. I think this would increase the accuracy of the drops and allow the smaller ball to simply "fall" as opposed to trying to be "dropped".
"If anyone knows anything about Australian bush is that there's thing everywhere that will bite you, sting you..." Ya um, I just assumed that just applied to the whole continent, bush or not.
No you can't. The curve you are seeing actually comes from the camera lens. If that was the planet's curve, the entire circumference of the planet would be barely bigger than Australia.
I wasn't going to comment since you posted this 2 years ago but then I saw the other reply so I figured I'd add some more information: At 44 meters - the height of the tower - you can't see the curvature of the planet. The effect that makes it look like you can see the curvature comes from the lens on the camera. To see the curvature of the planet, you'd need to be a lot higher - you'd need to be at an altitude of about 9 to 10 kilometers to actually see the curvature of the planet. What the height of the tower does provide is an extended horizon, which actually does let you see past the curvature of the Earth, just in a different direction than you'd think.
Please don’t ever abandon The Tower, it’s just too much fun and constantly entertaining. Also don’t abandon Rexy, he’s in full effect. Dinosaur, mass, motion. LOL:)
I'm Scott Johnson and this is Science with Johnson. What you need to do is put some fletchings on the big ball to keep it from rotating. It'll fall straight down, which is what you want so that all of its kinetic energy is converted to linear and not angular momentum after it bounces. Then, put the small ball right in the middle. The air resistance on the big ball will slow its fall and the small ball, shielded by the big ball, will experience no air resistance and sit directly on top of the big ball. A bounce with no spin and the small ball directly on top is what you want.
Views take longer to count. Once a certain amount of time has passed, the video will finally get marked as “viewed”. Otherwise people could constantly refresh the page or reload the video to get cheap view counts and monetization.
@@russellbrooks3622 if you like the video know but look at it entirely, your like is register right now but your view will be in 14 minutes, when you'll quit the video and not before
the physics behind the ball staying in the position in which it was dropped is pretty simple. It is because there are only two forces acting on the balls once Gawson lets go, which are gravity and drag. The force of gravity is working to pull the ball directly down and drag acts in the opposite direction or motion, and because we know the force of gravity accelerates everything at the same 9.8ms-2 the two balls will not be bumping into each other, as they will always travel at the same velocity.Therefore there should be no forces acting on the two balls two change it's horizontal velocity, meaning their velocity relative to each other is 0, so there would be no need to worry about them tipping over and changing position.
i would like to see ya'll revisit this but use a wee bit of Play-Doh between the two balls. should keep them connected and not produce too much resistance on the bounce part. just a thought but it might work better than pure chance. please like if think this would work so they will notice.
Random Suggestion:. You could use hot glue or a weak/brittle adhesive so that they stay together during the drop and break apart on impact? (I don't know if it would work but that is what I thought of🤔)
I think hot glue would be a bit excessive. It just needs to be attached to the big ball to really transfer the bounce back energy. You got the right idea tho :)
Well let's revisit this next week and use some of the comments on how to help keep the balls together and let's take more pavers and a more solid bullseye. I'm so ready to see this again. Great video guys keep up the great work!
But it does affect the momentum and energy on impact. Most notably the ratio between top and bottom mass affects the conceptual energy transfer between the balls. Actual mass affects the banding effect on the 3 objects (2 balls one target).
Only in a *free fall* state - i.e., when there are no other forces than gravity acting upon the object. The main other force in this instance is the resistance formed by the air. Simply put, the two most common factors that have a direct effect upon the amount of air resistance are the speed of the object and the cross-sectional area of the object. Increased speed result in an increased amount of air resistance: and increased cross-sectional area result in an increased amount of air resistance. Thus, eventually all falling bodies can reach terminal velocity - i.e., they no longer accelerate.
I think you guys should revisit this, and try using a tooth pick to attach the two rubber band balls. Just PIN them together and the recoil of the larger ball should still launch the smaller ball with little resistance. 🤙
So since y’all forgot the comtest can I just get a pin for pointing it out 😁
Give this man a pin!
Also deserves to be pinned for having 44 included in the username.
#44club
pin this beast of a man
Hey guys! I luv you HR! Btw I also have a trick shot channel inspired by you!!! I am a pretty small channel so it would mean a lot if anyone that reads this could please check it out and maybe if you think it cool maybe subscribe? If not its totally ok I don’t want to force anybody to do anything🙂. I just thought I would say this because a lot of people are bored during quarantine and have nothing to watch so I just thought that maybe people would like our channel since most people who watch HR like trick shots. Btw our most recent video is something totally different then trick shots that we have never done before so if you only like trick shots just watch one of our other videos. Anyway I hope that anyone reading this is successful and has an AMAZING day!!! Stay safe!
PINNED!!!
I analysed the best drop of the lot. 11:20
Timed the shot at 12:11, running it at 0.25x speed. Measured the time from the ball entering the frame to the impact. and then the time from impact to the smaller ball exiting the frame. The former took 5.05s, and the latter was 4.51s.
11.11% more time before impact than after. Which means it's speed after impact is increased by 11.11% or by a factor of 1.11. A 45m drop translates to a speed of 30m/s, (Air resistance would be negligible, and in the last couple of metres the speed can be assumed to be constant.)
So, you lads achieved a speed of around 33.33m/s after the impact. (119.99km/h or 74.56mph for non metric users)
That's 33.33m/s but with a significant component of the velocity in the horizontal.
If anyone's interested... hell, if anyone even comes across this...
Edit: Aerodynamic drag in this case will be quite substantial, and not negligible, like I previously assumed.
Samar Vora I found this, I understand the analysis, and I thank you for doing the work!
This deserves more
Thanks man, I considered asking in the comments for someone to do those maths once I saw that drop! You got there before I even asked cheers for that :P
G'day,
Yay Team !
Well done.
Warbles
Wazir....(!).
;-p
Ciao !
;-p
I'm not sure air resistance is negligible. The terminal velocity of a falling sphere is given by the weight, density of air, cross section area and drag coefficient: sqrt(2.m.g/d.A.Cd)
For a 12kg ball about 45cm across, that's sqrt(2 * 12 * 9.8 / 1.27 * 0.16 * 0.47
)
sqrt(235.2 / 0.095) = sqrt(2476
) = 50m/s
You got to love the feeling of having a bad day and seeing a new video is out makes my day
I was about to go to bed ant this banger comes out
I was just watching old football highlights and saw this in my feed, what a way to lighten me up
Why is there only 300 comments?
@@unclepikachu7535 it just got uploaded
Cyrus Bennet ik but it got uploaded like 30 miniutes ago
13:07 Jack's texting "Mum, I keep telling them, use some double sided tape or a velcro dot to hold the balls together for the drop, but Gaunson's in charge so we are using his mad science instead. Gonna be late home for dinner again."
"Nothing better than a good apple. No wonder Adam and Eve got a bit carried away"
Gauson, you're a beauty!
Pure grace lol
Except, of course, that the Jewish creation myth doesn’t mention an apple at all. The Hebrew word "peri" simply means "fruit," and so it could be one of any number of different fruits.
@@DaveTexas of course, and if you read the Genisis story in any translation there'll never be mention of an apple. But it's still funny
Chris K "Genisis"? What’s that? Anyone who’s ever read the Bible in any translation would be literate enough to know how to spell "Genesis."
@@DaveTexas oh damn I misspelled a vowel... I guess you're right I probably never read the Bibble
Attach them with a needle, so they stay together, give them some spin with a vertical axis so they stay vertical.
They need to be both on top of the other and touching upon impact to work better, I really think you can do even better after seeing the higher ones!
Wanted to say the same.
Heck, even some weak adhesive. It just has to be enough to keep them from separating during the fall but weak enough to break away when it bounces.
Yep, I thought a short sewing pin, but a weak adhesive would do too - maybe double-sided tape.
I was thinking the exact same thing. Literally just needs to hold for the drop and the momentum should break them apart easily. Let’s get a round 2 boys!!
A pin or needle would work best. Since it won't hinder the bounce at all. It'll fly off perfectly. Adhesive is a bit tricky on rubber
My favorite part is where they say "come on" and then yell a lot
So the whole video. Agreed
Where’s that at can you tell me what time
You understood what they said? Wow! Kudos! I can't ever catch a word.
That's the whole video lol
Okay Dora
For you skimmers, something actually happens starting at these time stamps:
2:50
4:09
4:43
7:34
8:18
10:01
10:42
11:20
13:32
14:37
15:40
16:02
Thank you
God bless you, man of quality. Thank you.
DO NOT CHANGE THE NUMBER OF LIKES
44 likes
For future attempts, what if you tried connecting them with a small pin/sewing needle? I'd guess as the bigger ball doesn't seem to rotate much, it should keep the small one perfectly lined up in the middle without flying about in the slipstream. Then when it hits, with just a small needle connecting them, it should release and send the smaller one off without much resistance, and not damage the rubber bands much.
Or if they were small enough, to drop them through the tubes at the top as well for more consistent results (though it could maybe be too close if it flies straight back up). No idea if any of that would work, but seems like it could work?
cwaddell or just a small piece of modeling clay would work I think.
I was thinking a little bit of glue or double-sided tape, as the forces tending to move the balls apart will be pretty gentle, right up until the cannon-collision when it hits the ground. A pin or needle (drawing pin / push-pin) might be a good option as it could be either pushed-through a band from the back, or just taped down on to the big ball.
I don't think it works if the two balls are joined up, there needs to be a small gap between as what creates the momentum is the larger ball returning up as the small ball is coming down
@@darstellar I think it actually works better if the balls are touching when they hit, especially with these rubber band balls since they compress some. To further reduce randomness, they could setup a pipe at the top with a pin at the bottom to drop them out. It will hit the same spot on the ground every time then.
Two balls joined with a bit of blue tac, in my head it would work, so 44 that thing. Thanks for the vids
10:47 I actually thought it was a sound effect that it was so good
"balls at the top, time to drop. just like puberty"
wise words...
Literally a second later “i got a banana” lol
Lol bro
Deep
Oath
True words
This channel is getting more and more scientific by the minute.
Gaunson's explanation of pressure was..... off, but his use of the term Slipstream is completely accurate.
they’re evolving!!! 🙈🙈
Big facts
And science with Gaunson started with just making fun of him
Pseudo-
As other have pointed out, using something to keep the balls in contact until impact would improve the results, probably quite significantly. Something like double-sided tape, sticky tack, or possibly a pin (maybe a pin in one ball and a sleeve for it in the other), all might be decent options. Just something strong enough that the turbulence of the air going around the big ball does not pull the smaller ball off, but weak enough that it won't seriously restrain it's launch velocity.
And then you might be able to use more than just two balls stacked on top of each other. :)
You might want to also weight the larger ball slightly so it falls face-down.
I was going to say just wrap a rubber and from the big ball around the small ball and weaken the band. That way it stays in contact but snaps from the impact
Use a sewing needle. Half in one ball half in the other. Keeps them together.
And a couple of fins on the big one to prevent it from rotating
is Grant and the Grant
❤
10 years later
Nasa: hey guys did you lose a rubber band ball?
HR: yeah
Nasa: we found it on the moon.
What do u mean it’s on the news and nasa said that it landed on Pluto!
Technically the ball can bounce at most, a bit less than twice the initial height, but it depends on the initial height
No Name so if you dropped it from 3/4 up in the atmosphere (and somehow managed to line up a perfect bounce) could you send a ball to orbit?
The slipstream physics were really interesting.
I think we need Mark on this one....lol
Gta racing time
Seeing them catch the slipstream effect on camara was pretty amazing.
7:45 you can actually see that the red ball is sucked back to the middle. but then it overcorrects. very neat to see it, though.
ikr, I like it
Thats because of bernoullies law
@@karolmica5526 I thought Bernoulli’s Principle has to do with fluids though? I am a novice when it comes to fluid dynamics and physics as a whole so I’d love an explanation
@@andrewhorton6613 fluids are liquids and gases. They both work with this law. This is really important in aviation 'cause thats why you can produce lift in airplains.
Science with gausin: exists.
Mark Rober: what in gods name did you just say???
"Gausin"
HAHAHAHAHA #MarkRober please watch this.....
YES THIS IS EXACTLY WHAT I WAS THINKING
You guys gotta do this with a basketball and a tennis ball. Those things are made to bounce and maybe will go even higher!
Omg yes!
Im now curious if a comparative study has been done between hollow and solid objects for performance in a Gallillean Cannon
Basketball has a much lower terminal velocity because it’s way lighter than the rubber band ball and can’t overcome the air resistance
@@jnicks ya, this is very true. I'm pretty sure it would bounce less
No need it would bounce less
I would absolutely love you to have another crack at getting a tower high bounce and catch, would be so epic! And definitely a world record too!
These “science with gaunson” clips are killing me 😂😂😂
"I'm far from 20/20, but I'm reading that loud and clear"
07:16
Thank you Australia, and thank you dear tower guy
Do something with a hot wheels track and the tower
Lots of potential for that: most loops/fastest car/ biggest jump/ spirals all the way down...endless ideas....Maybe Hot Wheels will sponsor it?
I absolutely love this idea, I hope they do it!
Just a tip guys! When ive done this with bouncy balls i used a skewer to hold them togeather! And it worked perfectly, try holding them with skewers!!!!
We need more episodes of “Science With Gaunson”
"Balls to the top, time to drop. Kinda like puberty."
Sheer poetry, that.
No wonder Adam and Eve got carried away. That killed me 😂
I paused and came looking for others who got wrecked by that epiphany!
That and "we're freaking scientists!" 😂😂
@@AffableKiwi i am confuse
“No wonder adam and eve got a bit carried away” had me in tears
There's a lot of great HR quotes in this one video.
Epic Bounce !!!
Adam Celadin love your vids
"No wonder Adam and Eve got a bit carried away" 🤣🤣🤣🤣
That was pure comedy
I looked for this comment
Ch
Vgo k
"call Scotland yard, we need reinforcement"
my favourite quote ever
Maybe some Velcro would hold them together until impact.
That’s what I thought
Or just one of the rubber bands. It would break to release the little ball and not take away too much momentum.
Or a drop of glue
I was thinking a rolled over piece of tape. Gaff tape or duck tape maybe
All these things introduce a resistance that is impossible to account for. The only design that would predictably work - at least to a workable degree - would be a toothpick like structure the prevents lateral movement between balls but allows longitudinal movement freely and basically without restriction. There would still be restriction, but the introduction of such would be able to be calculated with an idealised model of such an interaction, framed and calculated by it's practical implementation (which is what is on display here). I think these guys must be doing a physics degree or some such for the content they release. If not, they should. A lot of applied physics fits their areas of discovery.
if only they had something to hold the ball in place, like a rubber band.
yeah that's what I thought too ^^ Or some thin string that holds it while going down but easily breaks away when it bounces :)
Little piece of double sided(or just a loop of regular) tape to gently keep the balls together during the fall.
A tiny stick stuck into both balls would not hold it back at all.
@@webfighter this.
Hey guys... Quick note... A square of double sided tape, but, if it's too tacky, then reduce tackiness using fingers (finger grease) or a little sprinkle of sand or adjust size of tape square, so its JUST tacky enough to hold them together till it strikes the ground..... Once perfected.... TRY THE 3 BALL CANNON...??? 🤔🤔🤔😏😏😎😎
These guys: no snakes no snakes no snakes
Me in australia: avoids all signs of nature
I'd rather encounter a mountain lion then any wild life Australia.
jryde421 no you wouldn’t lol. Most wildlife in Australia will leave you alone unless you provoke them. A mountain lion’s teeth are arranged at an angle to snap your spine
Lucas Olivieri I don’t mind snakes... but in Australia they have SNAKES!
@@brendonbuffaloe8830 australia has giant spiders, snakes, scorpions, sharks, cube jellyfish and so much more!!!
HAVE YOU SEEN THOSE SPIDERS!! THEY ARE MASSIVE AND SCARY!
@@mewtical1840 Yeah I know, but I’d rather encounter a snake that wants to be left alone than a mountain lion that will kill you for entering it’s territory
Im just amazed you were able to find the small ball every time
Gf: He's probably cheating
Me and the boyz:
Bois*
actually bois isnt a grammatically correct spelling either so let him be
I think you meant...
My imaginary gf: He's probably cheating
Me and the imaginary Boyz:
@@lucianmartinus, you just wooshed pretty hard there, my dude. No worries tho, we all have our off days.
Finally, I've reached the end. This was the video before I started watching all your stuff and now I've gone back to the beginning and now I'm here. I have watched every non-member only viddy on this channel!
“Balls to the top let em drop, kind of like puberty.” 5 seconds later, “So I got this banana...” 1:42
Lol
Best quote of 2020 I swear
“What could possible go wrong” -famous last words by Gaunson 2:50 😂
If a kite tail were to be added to the trailing ball would It help the ball stay centered in the slippery stream?
Where was the commtest!??
And GET THE BELL ON!!!
7:13 “Freaking good apple, no wonder Adam and Eve got carried away” -Gaunson 2020
Strange thing is that the bible doesn't even say it was an apple. The bible only ever referred to it as forbidden fruit. But for some reason it has always been depicted as an apple by people.
@@Eifekk
G'day,
Well spotted...!
Actually, it said that Adam & Eve...,
"...Partook of the Fruits, from the Tree of Knowledge..., before they were sufficiently mature or wise enough to be able to deal with them/use it all without making a mess..."
I was a lapsed Presbyterian when I arrived at a Catholic Boarding School for 5 &1/2 years, and rapidly I became an Evangelical Atheist long before I matriculated...; and then later I mellowed - & I try to be a good Faithist, these dayze...
However, the first Hybrid Strain of Grain on Earth went into a Midden 30 years after the Stonemasons began working at Gobekli Tepe, 12,300 years ago - in South-Eastern Turkey...(!).
For the first 30 years, all the Grains & Seeds dropped in the Midden were from wild harvested Species - from as far as 500 Km away in all directions...(!), and then the first Hybrid Grain was dropped in the Midden ; and after another 300 years later then ALL the Grain in that Midden were Hybrid Strains, and thus - the Broadacre AggroKult of Harvest Everything-ism..., had first appeared upon the Earth.
Four hundred years after that..., and the City of Gobekli Tepe had been abandoned, for the second time ; because by then it sat smack at the centre of the very First Human-Caused DESERT, on Earth...! (Yay-Team Progress...?).
Descendants of the Gobekli Tepean Diaspora went out, retreating from their (shiny new) Desert in all directions, and taking Broadacre AggroKultism with them, spreading out gently ; but then 6,000 Years ago the Yamnayans, from South of the Caucasus Mountains appeared on the Scene, and they promptly conquered everywhere from Spain to Hong Kong, Norway to Delhi and Scotland to Vladivostok..., all within 1,000 years.
And their Descendants have systematically trashed the entire Ecology of the complete Biosphere of the whole Earth...; because they KNOW how to build Bulldozerrors and Atomik Bombs, MachineygunGunGUNgunnies, Coalfired Powering-Stations & Kerosene-Burning Fossil Carbon-Farting Hairygoplanes the better to take Telephone-Sanitisers & Hairdressers' Assistants on a Clap-Catching Expedition to Bali every year - for a Holiday...(!).
And..., they were not at all sufficiently wise nor mature enough to have realised that, BECAUSE the Price of doing all this has been to shit in the Nest until the Planet's Biodiversity is dying.... ; then therefore thus & because - Humanity itself has become an active Existential Threat to ALL Life on Earth....
So, the Gaia Hypothesis (of the entire Universe ?) is now SERIOUSLY pissed-off with the greedy bastards of the Chamber of Commerce, eh (?) !
Hmmm,
"They partook of the Fruits of the Tree of Knowledge..., BEFORE they were sufficiently wise and mature to know what (the HELL) they were and still are buggarising about and playing with...!
Hmmn,
And, meanwhile, here on Oz..., 500 Language Groups of Aborigines had not moved off their Tribal Towris ("Countries", or "Homelands") for FORTY THOUSAND YEARS - and 2 complete Ice Ages had come & gone while the Aborigines stayed at home and adapted..., and some parts of Western Oz were inhabited by modern (Toolmaking) Humans as far back as 75,000 years ago...!
So, yeah mate...;
"The Fruits Of The Tree Of Knowledge"...
appears to include knowing how to turn Foodforests into Deserts, while overharvesting, all to repay the Loan AND pay the (Usurious) Interest Fees to the Moneylenders - who financed the bloody Land-Clearing in the first instance...(!).
So, how d' ya like THEM there "Apples"..., Pilgrim ?
And, now, the Bat-Eaters' Lament Virus is currently culling the Broadacre AggroKult of the Harvest Everything-ists...; apparently.
There ye go, and
Now ya know..., that
Not ALL Apples
Are
Delicious...
Especially
When
Over-eaten...!
Such is Life.
Have a good one...
Stay safe.
;-p
Ciao !
@@WarblesOnALot bro wtf are you on about?
commtest
11:25 is what your looking for but the rest of the vid is also good 😊
Anyone else spend ages just looking at the background from the camera in the tower.
Note the casual fire at 13:25.
Oh goodness!
Probs just backburning , idk but good spot🤭
I swear I’m blind
@@yves_lover1 on the left, theres some smoke
In australia u have burn offs, to stop the risks of mass bushfires!
"No wonder Adam and Eve got carried away" that's one way of putting it hahahaha
Came to the comments looking for this! Haha amazing line!
I’d love them to try again but with some blu tak to keep the small ball in place till it hits
You should try gluing them together. The glue will crack on impact, but might keep the balls together until then.
Wouldn't even need that, just a small piece of chewed gum, it only needs to hold the ball from top of the tower to the bottom.
So they’d have to do that before every drop?
Brittany 3 minutes of glueing and drying to save 20+ failed drops
@@Colbyahill Wouldn't the gum/glue/pin change the dynamics of the moment top ball impacts big ball?
If this tower didn't exist, there would be no channel
they could use the dam
Back to their trick shot ways
@@mitchsnipez4699 the dam is on a different continent
and coming up next week.. if this channel didn't exist, there would be no tower
Mike Condon i live near this tower it got build a long time go i beleve its in 2005 idk because i was a small kid
Have you entertained the idea of finding out when the next google maps update over the tower will be done and spray painting your logo in the sand beneath the tower?
"I'm far from 20/20, but I'm reading that loud and clear." 😂😂😂
"Definitely gone into the old George W Bush over here" LOL
Don’t get it
if only there were 2 towers to drop from
@@Storil-ni2cl The big shrub the ball went into, we call a bush here in Australia. So to say it went into the old George W is like rhyming slang for the ball went into the bush. Hope that helps ease a bit of the confusion for you.
@@Storil-ni2cl former president of the US. To be more specific, the son of President George H W Bush (Bush 41).
It's a play on words, and I personally found it funny.
@howard baxter thanks i’m from Australia but I didn’t get the George W bit since i have never heard of him before
Could maybe even use some kinda glue to hold them together just enough and not stop them from doing the full bounce
They should have just attached the small one to the big one with a really thin band - it would easily snap when it hit the ground and make it go vertical.
1st drop: 2:50 (fail)
2nd drop: 4:08 (better)
3rd drop: 4:44
Science with Gaunson: 6:35
4th drop: 7:34 (fail)
5th drop: 8:18
6th drop: 10:00 (fail)
7th drop: 10:41
8th drop: 11:15 (the good one)
9th drop: 13:32 (ok)
10th drop: 13:46 (fail)
11th drop: 13:50 (fail)
12th drop: 13:55
13th drop: 14:37
Drop montage: 14:45 (fails) (5 drops)
19th drop: 14:56
bounce montage: 15:03 (4 drops)
24th drop: 15:38 (fail)
25th drop: 16:02 (fail)
26th drop: 16:08 (fail)
big bruh moment
Just a suggestion,
Use a toothpick to attach the balls together.
If that doesn’t work, try some tape.
You guys got to try this again! And next time, use a bit of tape to hold the 2 balls together!
Oehh we like to see “world record” in the title (;
just a tad of double sticky tape might keep them aligned for the drop
Or a hair under the bands
So guys, for dropping these heavy balls without spin you could hook 2 Sticks to the crane on one end of the sticks while holding the other end of the sticks on the tower. Put the ball between both sticks and to release push both sticks apart.
Gauson for the first time ever didn’t tell us to get the bell on
Or do a contest!!! They must be sick lol
ken dalton helo saxy
I bet He forgot because of that first huge bounce
He shouldn't remind us. It should be Instinct
“Balls at top, time to drop. Just like puberty” 🤣 brilliant
"Are we in the ballpark?"
Um... it's a National Park,... and there's a ball...
So, yes.
Well yes, but actually no
I love how even when they mess up the drop they still get an amazing shot on the slow motion camera
Couple other things you could try to go bigger
1) Lightly glue them together so it breaks free on impact
2) Put magents under the surface
Or some tape would work too
Little bits of double sided tape.
I think they have to separate for it to work because the big ball needs to be on the way back up as it impacts the little ball
@@oblivionpro69 It doesnt really need room. Separating might help but it definitely works without it. Because of how things compress the ball will be on its way up when it launches
Stick a cardboard tube to the big one and let the smaller one sit inside that. Russian doll style for may balls. Just gotta gat a drop without spin.
2:50 "what could possibly go wrong"
famous last words.
7:45 the way the red ball moves is insane
8:14 "were freaking scientists!"
Had me rolling 🤣🤣🤣
You guys really need a package impact test machine. They are designed to be a table that moves out of the way of the package so that it falls straight down. You could mount it on the rail on the top of the tower. Make it alot easier to drop Accurately. th-cam.com/video/OViYj0RxkHo/w-d-xo.html
"so, what's your content?"
Stanford and Herron: "dropping things off tall things"
Guanson: "We're freakin scientists!"
I don’t know if anyone has posted it, but the issue you’re running into is that the trailing, or smaller ball, is too small. If the ball is too small then the low pressure area won’t have the desired effect on the ball, and it will continue to sway like it did in the video. If the air current is too wide, it will not hold the ball in place. You guys should retry it and do the 12kg and 6kg balls or maybe a mix of the smaller ones but that is why you aren’t getting the massive bounce you are looking for. Just a theory but definitely with a look. Great video either way.
I’m so amazed they found the ball so many times
Just an idea... If Scott holds the big ball with both hands from the bottom, someone else maybe could place the small ball on top and balance it with just a finger? That way, Scott doesn't have to worry about holding both balls, he can just focus on releasing his hands from the big ball simultaneously. I think this would increase the accuracy of the drops and allow the smaller ball to simply "fall" as opposed to trying to be "dropped".
can we get a science with gaunson shirt please?
Alec Wandahsega yes! I want one 😂
and me please
11:23 your welcome
My hero
thanks
15:47 I have this sound in loop. Hilarious 'ahooo' xD
"If anyone knows anything about Australian bush is that there's thing everywhere that will bite you, sting you..." Ya um, I just assumed that just applied to the whole continent, bush or not.
I think the exhaustive list of animals in Australia that won't try to kill you, has only one entry: "Some of the sheep".
Some?
Idk why are you questioning some
the main thing i love about this channel (besides the chaos) is the fact that you can literally see the curvature of the planet from the tower
No you can't. The curve you are seeing actually comes from the camera lens. If that was the planet's curve, the entire circumference of the planet would be barely bigger than Australia.
I wasn't going to comment since you posted this 2 years ago but then I saw the other reply so I figured I'd add some more information:
At 44 meters - the height of the tower - you can't see the curvature of the planet. The effect that makes it look like you can see the curvature comes from the lens on the camera. To see the curvature of the planet, you'd need to be a lot higher - you'd need to be at an altitude of about 9 to 10 kilometers to actually see the curvature of the planet. What the height of the tower does provide is an extended horizon, which actually does let you see past the curvature of the Earth, just in a different direction than you'd think.
Please don’t ever abandon The Tower, it’s just too much fun and constantly entertaining. Also don’t abandon Rexy, he’s in full effect. Dinosaur, mass, motion. LOL:)
2:50 the famous words
12:06
I’m shocked not only about the height of the smaller ball, but also that the rubber band didn’t break that came off the bigger ball.
Ok boomer
Nice.
I'm Scott Johnson and this is Science with Johnson. What you need to do is put some fletchings on the big ball to keep it from rotating. It'll fall straight down, which is what you want so that all of its kinetic energy is converted to linear and not angular momentum after it bounces.
Then, put the small ball right in the middle. The air resistance on the big ball will slow its fall and the small ball, shielded by the big ball, will experience no air resistance and sit directly on top of the big ball.
A bounce with no spin and the small ball directly on top is what you want.
When there’s three views and 40 likes. 😂
Views take longer to count. Once a certain amount of time has passed, the video will finally get marked as “viewed”. Otherwise people could constantly refresh the page or reload the video to get cheap view counts and monetization.
Don't you hate that when people like your video without watching it?
@@russellbrooks3622 if you like the video know but look at it entirely, your like is register right now but your view will be in 14 minutes, when you'll quit the video and not before
@@Luffy61C4 I know this. In this particular case, most of the likes came while people were waiting for the video to premier, I would guess.
231 comments
TH-cam: you don’t have the authority to see that
the physics behind the ball staying in the position in which it was dropped is pretty simple. It is because there are only two forces acting on the balls once Gawson lets go, which are gravity and drag. The force of gravity is working to pull the ball directly down and drag acts in the opposite direction or motion, and because we know the force of gravity accelerates everything at the same 9.8ms-2 the two balls will not be bumping into each other, as they will always travel at the same velocity.Therefore there should be no forces acting on the two balls two change it's horizontal velocity, meaning their velocity relative to each other is 0, so there would be no need to worry about them tipping over and changing position.
i would like to see ya'll revisit this but use a wee bit of Play-Doh between the two balls. should keep them connected and not produce too much resistance on the bounce part. just a thought but it might work better than pure chance. please like if think this would work so they will notice.
Random Suggestion:. You could use hot glue or a weak/brittle adhesive so that they stay together during the drop and break apart on impact? (I don't know if it would work but that is what I thought of🤔)
Or a stick
I think hot glue would be a bit excessive. It just needs to be attached to the big ball to really transfer the bounce back energy. You got the right idea tho :)
@@danbowes so...a stick
Sounds like they're definitely going to have to try this again with a pin or glue or tape holding the balls together
That’s a good idea
Well let's revisit this next week and use some of the comments on how to help keep the balls together and let's take more pavers and a more solid bullseye. I'm so ready to see this again. Great video guys keep up the great work!
The funniest part for me was the boys at 15:44 AWWWE with trepidation and the OHHH of disappointment 😂
Love the viddies! How good!
watching this made me want a snack
and to drop things
so i dropped a snack in my mouth
mjproebstle 😳
A fine demonstration of conservation of linear momentum!
Use tape. If you use light sticky tape like in an office it'll break on impact and you'll put a ball in orbit.
The mass of a subject does’nt effekt their speed when It’s faaling free. A important rule in physics. Sorry but my bad English.
But it does affect the momentum and energy on impact. Most notably the ratio between top and bottom mass affects the conceptual energy transfer between the balls. Actual mass affects the banding effect on the 3 objects (2 balls one target).
Only in a *free fall* state - i.e., when there are no other forces than gravity acting upon the object. The main other force in this instance is the resistance formed by the air. Simply put, the two most common factors that have a direct effect upon the amount of air resistance are the speed of the object and the cross-sectional area of the object. Increased speed result in an increased amount of air resistance: and increased cross-sectional area result in an increased amount of air resistance. Thus, eventually all falling bodies can reach terminal velocity - i.e., they no longer accelerate.
@OG Loc its the shape of the paper that makes it fall slower.
@OG Loc if you drop both im a vaccum they would fall on the ground at the same time.
Windage does though.
Use one of those mini exercise trampolines as a target. And can we get a tour of that science center? Looks like a fun place.
Sending some So Cal love to you boys from the Mojave Desert!
Attach the second ball to the first with a short thread. It will easily break when the second ball bounces. 🤔🤓
Thats just what I thought, or maybe some weak glue
Beat me to it
I was thinking scotch tape loop.
The only problem with attaching the balls together is that the largest one must not rotate at all, which is difficult.
I was thinking a toothpick
I think you guys should revisit this, and try using a tooth pick to attach the two rubber band balls. Just PIN them together and the recoil of the larger ball should still launch the smaller ball with little resistance. 🤙
Gaunson: What could possibly go wrong?
Me: probably everything 😂
I love how yall show all the attempts. It really shows your dedication to the channel. 44 club for life
They can't make a 2 minute video💀
Ryanaire they could have had extra science with gaunson. Or put in rexy. But they made it more realistic, which i found refreshing
Can we just appreciate the fact that they found the ball EVERY SINGLE time!!!
There’s always something about backyard scientists and things that go flying, they can find everything
No
That “slipstream” you guys keep talking about us also called a burble!
Give Guineas World Records a bell! I bet they would love to visit and make the record official! 🥇