Oh my goodness gracious, you are just too kind! I mean, sure, there have been countless other cameramen throughout history, but I guess they just weren't "the best," were they? It's truly an honor to receive such high praise from someone as discerning as yourself. I'm sure my parents will be thrilled to hear that all those years of paying for film school have finally paid off!
@@DanRichter Maybe you should take a break from studying Brian Shaw's workout routine and study his character more. Befor you start "help making people better"
not really considering the wind could have changed slightly during that time, they should have rotated between the helium and air balls, would have been more accurate results
Yall dumb. Increase sample size run a regression and then see if its significant. But If you were simply to use chemistry, it makes perfect sense that it went further. It's not rocket science.
Oh absolutely, because what every high schooler dreams of is spending their precious teenage years poring over dry, mind-numbing data sets and memorizing formulas they'll never use again. Who needs art, music, or physical education when you can spend hours calculating standard deviations and medians? Sign me up!
@@DanRichter ??? No one is asking for all high schoolers to become professional statisticians, OP was simply stating that it would be nice to ensure that the majority of students aren't fully incompetent when it comes to statistics, which is a sentiment that i think most people share. The lack of knowledge that is, by all definitions, VERY basic, is widespread and quite concerning
@Dan Richter lol, they aren't mutually exclusive. My point is that this "experiment" proves nothing because 5 trials (well actually 4 because they decided not to count 1) is not enough to establish any effect from the helium. Statistical literacy has a lot of applications in everyday life.
@@twoac I thought you made a really great point. By using this “experiment”, a math teacher can link the principles of statistics with an activity that many high schoolers can relate to (i.e., throwing a football). Sample size, median, variance, standard deviation and many other statistical parameters can be applied this activity.
I think that's because you practice with an air filled ball. It has a different weight and probably flight pattern. If they practiced with helium balls they could probably do as good or better.
@@astroid99 I'd argue the weight of the football's leather completely outweighed any potential gains from using helium. Yes, oxygen is almost 10 times heavier than helium (1.43grams/L compared to 0.17g/L), but they are both so light to begin with that the weight of the football's leather (maybe 1000 grams?) completely nerfs that.
@@tedioussugar384 if you look at the video the difference is only an average of a few yards(or feet i don't remember) between the two which sounds right for something that is the same in all aspects minus the fact that its lighter. My comments original point was it is easier to apply even and constant pressure and force with the machine than any professional player.
Well, it could since you're making the gravitational force smaller in comparison to the buoyancy of the ball. So the ball should be falling slower to the ground. On the other hand the effect of friction on the ball would be greater, since there is less mass. Basically, some time you shouldn't discount what you normally assume to be insignificant when modeling a situation.
Well then oh physics man. What would the total mass be of two identically constructed ellipsoids filled to the same PSI, but one filled with standard composition air, the other filled with 100% helium? They are going to be different.
He could like how they fit and how their built more than a purpose built football cleat. You don’t have to only Play soccer in them just because they’re made for that.
Difference in density isnt enough to make that difference you should make sure they are the exact same balls and same pressure and run the experiment again
It's not the difference of density. Both the helium and and air are under pressure, more then 1 atm, hence they tend to occupy less volume with more mass. So no, it doesn't make any difference
@@bizon1271 what do you mean by there isn’t a difference in density? As i understand it helium balloons float because the air inside is lighter than the air in the atmosphere.
@@crazynachos4230 he is referring to the pressure. There should be the exact same volume of gas in each ball, whilst one may be lighter (very very slightly that is) than another, the pressure will still have to be equal for a fair test. It has nothing to do with the density of each gas.
Oh absolutely, because when I think of someone who needs to take notes on how to be successful, the first person that comes to mind is Tom Brady. I mean, he's only won seven Super Bowl rings, been named MVP five times, and is widely considered one of the greatest quarterbacks of all time. Clearly, he has a lot to learn from...who exactly? Maybe the Cleveland Browns? I hear they have a lot of experience with winning championships...oh wait. Well, I'm sure whoever it is, they're out there somewhere.
Yeah. Helium at low pressure of course is lighter than air so it will float. But to get the same pressure within a container you need a lot more helium because helium is less dense than air. So in the end it ends up being heavier because you need more gas to fill the ball.
Oh, yes, the mythbusters! The renowned scientific authority on all matters related to football aerodynamics. I mean, who needs years of research, countless experiments, and advanced equipment when you have two dudes on TV and some balloons? I'm sure their conclusion is the last word on the matter.
@@SpicyChicken907 this is not true because density is directly proportional to pressure. When normal air and helium are at the same pressure in the football, helium would still have a relatively lower density meaning a relatively lower amount of mass will be needed to fill the same amount of space. Edit: The reason the mythbusters proved that the helium ball preformed worse was because it had lower inertia (due to its lower mass) and was effected by drag more , but the difference was negligible as the actual ball is about 98% of the weight.
@siarnaq5625 In an atmosphere it does, Momentum must be considered. Each ball might leave the hand at the same speed, but impacting air molecules saps energy from the ball. A heavier ball has more momentum and takes more collisions with air molecules to slow it down. Try throwing a table tennis ball and a rubber squash ball, about the same size but the rubber is much heavier, the squash ball will out distance the table tennis ball in an atmosphere.
@siarnaq5625 This is not a Newtonian physics problem, it's an Archimedes principle problem. The whole point of this experiment is buoyancy. Forget about the footballs, use 2 party balloons. Fill one with air and the other with helium. Release them both at the same time, one will fall to the ground the other will float away and both are subject to the same Newtonian forces - which one covers the most distance? The more buoyant one of course it's 100's of feet in the air by now. This experiment with footballs is to determine if the slightly improved buoyancy improves how far the helium ball flies, and it does.
@@LaLaSadiistiic Your statement is literally what this experiment is about. The lower density of the Helium in the same volume of football makes it lighter, I'm not forgetting anything. I repeat a previous statement, this is not a Newtonian Physics problem, it is Archimedes, it is a buoyancy experiment, forget about the leather ball, use party balloons. The physics is the same , which balloon has greater buoyancy? Helium filled or air filled?. Now switch to footballs, is there a difference? Does the slight increase in Helium football buoyancy make a difference.?
I mean if I remember physics correctly, the X and Y vectors of projectile motion are independent of eachother. So you may have added height (Y) but since the power wasn’t really changed it makes sense it went about the same X distance
with this sample size its irrelevant tho. So no those particular 4 balls went 4 yards further but there is no proof that helium had to do anything with it.
Don’t show Tom Brady this 😂
Wonder how MMG feels now that Bella is an NFL WaG after the patriots picked Bryce Baringer
@@ChunkyLover420 bro I didn’t even know that until just now 😭 that’s crazy that she’s dating another kicker
@@KingPeezy14 Yeah and now he’s in the NFL
@@KingPeezy14 ya, she passed up on a 6’5, 220 Ibs of peer muscle, with all that girth too
@@adamstrasburger4732 245*
Shoutout to the cameraman for missing every one of the helium footballs
Right.
Left.
Ty
@@Jay-vr8it Down.
thought it was Trevor Lawrence
He sent them to the next dimension
They gone
428 likes 1 comment lemme fix that
The next dimension is only 3 yards away?
@Josh Fox that's what I thought 😂
Where your intelligence is too go find it
The camera operator should be sentenced to 1000 lashes for his "capturing" of the Helium balls!
😂😅
TICKLE HIS BALLS TIL BLOOD COMES OUT
😂😂😂😂😂😂😂😂😂😂😂😂
It's a short it's smaller
I’m afraid that is impossible. The cameraman feels no pain
Bro thought we wouldn’t notice Trevor Lawrence in the background 💀
What
Props the cameraman for his incredible ability at doing his one job.
Honestly I thought he was a videographer but maybe he's a seizuregrapher
Like Jfc you had 1 fuckin job man oh new ball let’s not film these
Man you guys really are soft
@@Relent_ uh, what, lol
@@AraiDigital good camera work makes us hard. I think he’s just acknowledging no erections occurred during the viewing of this video.
Camera man missed every single helium throw
Man the cameraman is the next roger deakins
roger deakins wishes he could be this camera man
So your basically confirming what the mythbusters already did xd
Super accurate marking. Just set them somewhere and say they went further
What
@warriorzander849 the camera didn't show where the helium balls landed, so this isn't an accurate experiment.
@@malachitate632 you don’t say
Best cameraman ever.
Well
Oh my goodness gracious, you are just too kind! I mean, sure, there have been countless other cameramen throughout history, but I guess they just weren't "the best," were they? It's truly an honor to receive such high praise from someone as discerning as yourself. I'm sure my parents will be thrilled to hear that all those years of paying for film school have finally paid off!
@@DanRichter lol I'm assuming you're the camera man
@@DanRichter Maybe you should take a break from studying Brian Shaw's workout routine and study his character more. Befor you start "help making people better"
Nice of Trevor Lawrence to help y’all run the tests
💀
I thought the same thing lmao
4 yards lowkey is a way smaller difference than I was expecting
Honestly considering percent difference it’s significant
Yes but it's statistically insignificant, as there no certainty that the difference is just variation or actually change
@@KcarlMarXs that’s not how that works, on average it increased about 4 yds. It’s small but it’s consistent. And yes it’s statistically significant
not really considering the wind could have changed slightly during that time, they should have rotated between the helium and air balls, would have been more accurate results
Yall dumb. Increase sample size run a regression and then see if its significant. But If you were simply to use chemistry, it makes perfect sense that it went further. It's not rocket science.
Those camera shots of the sky are crazy
love the Lions rep 🤙🏼
Really cool of Trevor to show up 😊
it’s not actually trevor
That dude is trans eww
Opens the door for Justin tucker’s inflate-gate
The fact that the guy dressed with the trevor Lawrence Jersey looked like trevor Lawrence
And sounded like him
Cause it is him..I work at the jags stadium I see him every day lol
@@Sikboi if you actually do say hi to him for me
@@Sikboi that guy in the video is NOT trevor lol. youre a story teller fraud
All the balls did was ending up sounding like Donald Duck.
This actually seems like a reasonable improvement
Statistics should be a mandatory class in high school
Would probably make the amount of people gambling plummet in a single generation
Oh absolutely, because what every high schooler dreams of is spending their precious teenage years poring over dry, mind-numbing data sets and memorizing formulas they'll never use again. Who needs art, music, or physical education when you can spend hours calculating standard deviations and medians? Sign me up!
@@DanRichter ???
No one is asking for all high schoolers to become professional statisticians, OP was simply stating that it would be nice to ensure that the majority of students aren't fully incompetent when it comes to statistics, which is a sentiment that i think most people share. The lack of knowledge that is, by all definitions, VERY basic, is widespread and quite concerning
@Dan Richter lol, they aren't mutually exclusive. My point is that this "experiment" proves nothing because 5 trials (well actually 4 because they decided not to count 1) is not enough to establish any effect from the helium. Statistical literacy has a lot of applications in everyday life.
@@twoac I thought you made a really great point. By using this “experiment”, a math teacher can link the principles of statistics with an activity that many high schoolers can relate to (i.e., throwing a football). Sample size, median, variance, standard deviation and many other statistical parameters can be applied this activity.
Sports science had a punter try this a few years ago and the helium balls did worse than the air filled
Im more confident this machine is consistant than i am a person is.
I think that's because you practice with an air filled ball. It has a different weight and probably flight pattern. If they practiced with helium balls they could probably do as good or better.
That's because In the video the guy used where they landed and not where the first bounce was
@@astroid99 I'd argue the weight of the football's leather completely outweighed any potential gains from using helium.
Yes, oxygen is almost 10 times heavier than helium (1.43grams/L compared to 0.17g/L), but they are both so light to begin with that the weight of the football's leather (maybe 1000 grams?) completely nerfs that.
@@tedioussugar384 if you look at the video the difference is only an average of a few yards(or feet i don't remember) between the two which sounds right for something that is the same in all aspects minus the fact that its lighter.
My comments original point was it is easier to apply even and constant pressure and force with the machine than any professional player.
Bros friend is a Walmart Trevor Lawrence 💀
Pffffffftttttt 🤣🤣🤣
Its his brother
@@hades72 like his real blood?
@@hades72 oh nvm i thought u were saying he was trevor lawrences brother😂
I was waiting for that
T law out there snagging every ball🔥🔥🔥
Bro literally said ear filled footballs
I love how the cameraman puts the effort on showing at all time the ball in the air
the dwindling helium reserves on earth:
Let humanity destroy itself
if you think helium is being depleted because of balloons and people filling balls with it, you should go back to school.
Thats ok. The helium goes back into the atmosphere. Nothing is lost.
@@CinderedSilver moronic comment
@@rticle15 obviously bait
i thought that was Trevor Lawrence catching those🤣
SAME LOL
So..Brady is watching this and thinking..Thank God the Refs.i didn't pay off checked my Helium Inflated Balls😂😅
They be blasting off like team rocket!
mmg has grown so much. even having trevor lawrence in his vids. what a legend 💪
Matthew Stafford with the prime ball
"I have no time for weakness boy!"
bro is that trevor lawrence's cousin catching the balls?? 💀💀
It's the Trevor Lawrence at Home Mom got for you
Wish Trevor Lawrence 💀
Pffffffftttttt 🤣🤣🤣
That thing feels like an artillery weaponary
Trevor is looking at the Helium ones.
me studying physics knowing that changing the mass wouldn’t make it go really further
Well, it could since you're making the gravitational force smaller in comparison to the buoyancy of the ball. So the ball should be falling slower to the ground. On the other hand the effect of friction on the ball would be greater, since there is less mass.
Basically, some time you shouldn't discount what you normally assume to be insignificant when modeling a situation.
@siarnaq5625 so if i understood correctly that means it'll really just fall slightly slower?
Look at these keyboard scientists.
@siarnaq5625I would rather you said m/s/s than m/s2 as it is correct and m/s2 is not.
Well then oh physics man. What would the total mass be of two identically constructed ellipsoids filled to the same PSI, but one filled with standard composition air, the other filled with 100% helium? They are going to be different.
Bros wearing phantom gxs and is playing American football 😂😂😂
That’s what I was thinking
I was saying the same thing
He could like how they fit and how their built more than a purpose built football cleat. You don’t have to only
Play soccer in them just because they’re made for that.
He used to be a kicker
hes a kicker so makes sense
That Jersey on Matt🔥
Amon Ra so underrated
For german fans he is a hero. Every german NFL Player is kind of a hero for us 😅
I knew it'd make a difference but was still happy someone committed to the experiment
you guys got trevor Lawrence catching the balls for u💀
Camera man had one job😂
Difference in density isnt enough to make that difference you should make sure they are the exact same balls and same pressure and run the experiment again
Margin of error lol, people don’t know how to do experiments nor physics
It's not the difference of density. Both the helium and and air are under pressure, more then 1 atm, hence they tend to occupy less volume with more mass. So no, it doesn't make any difference
@@bizon1271 what do you mean by there isn’t a difference in density? As i understand it helium balloons float because the air inside is lighter than the air in the atmosphere.
@@spencermcgehee3602 exactly, it there wasnt a difference helium would be literally useless in balloons
@@crazynachos4230 he is referring to the pressure. There should be the exact same volume of gas in each ball, whilst one may be lighter (very very slightly that is) than another, the pressure will still have to be equal for a fair test. It has nothing to do with the density of each gas.
Tom Brady needs to be taking notes
I was about to comment this 😂
Not really if he is the 6x champ
@@Gonbanger 7*
@@Gonbanger the joke is that Tom Brady filled up footballs with helium one time but got caught, so I'm referencing that.
Oh absolutely, because when I think of someone who needs to take notes on how to be successful, the first person that comes to mind is Tom Brady. I mean, he's only won seven Super Bowl rings, been named MVP five times, and is widely considered one of the greatest quarterbacks of all time. Clearly, he has a lot to learn from...who exactly? Maybe the Cleveland Browns? I hear they have a lot of experience with winning championships...oh wait. Well, I'm sure whoever it is, they're out there somewhere.
Thx for proving that physics are still working as they should
Helium is a non-renewable resource ya know.
I'm pretty sure Mythbusters did this like....a decade ago.
Yup, and even in an aircraft warehouse where there was zero wind and if I remember correctly, it was slightly worse.
Didn't the mythbusters test this out and concluded that the helium footballs actually didn't fly as far as regulation-standard balls?
Yeah. Helium at low pressure of course is lighter than air so it will float. But to get the same pressure within a container you need a lot more helium because helium is less dense than air. So in the end it ends up being heavier because you need more gas to fill the ball.
Oh, yes, the mythbusters! The renowned scientific authority on all matters related to football aerodynamics. I mean, who needs years of research, countless experiments, and advanced equipment when you have two dudes on TV and some balloons? I'm sure their conclusion is the last word on the matter.
@@SpicyChicken907 this is not true because density is directly proportional to pressure. When normal air and helium are at the same pressure in the football, helium would still have a relatively lower density meaning a relatively lower amount of mass will be needed to fill the same amount of space.
Edit: The reason the mythbusters proved that the helium ball preformed worse was because it had lower inertia (due to its lower mass) and was effected by drag more , but the difference was negligible as the actual ball is about 98% of the weight.
No they did not but I tested your mom's box Last night.
It was ok
@@deontaywallaceescalade Oh you met my mom? How'd you get into hell? Anyway tell her soul I'm proud of her!
👴 Meags really is without question the ball master his knowledge of balls is unparalleled and unquestioned 😂
That first football filled with helium surely got uppercut finished by saitama
Tom Brady has left the chat
As a lions fan i love the jersey hope to see you at some of our games this year
Bros wearing soccer cleates😂
bruh I just fucking realise they are soccer cleats💀
Football*
Soccer you mean european football and this one 🏈 is american football
@@kevin6463 isnt it Fútbol? Or is that just for places like south america?
@@vyntage5326futbol is football in spanish
I always thinked that football balls was like.... Spheres... Oh wait, i forgot.... Americans calls it Soccer. They just want to be the different.
Thats what they use in the big games to keep people interested
The helium ball went to visit Jesus.
Try with hydrogen, much more buoyant than even Helium
It would go 7 yards further
@siarnaq5625 In an atmosphere it does, Momentum must be considered. Each ball might leave the hand at the same speed, but impacting air molecules saps energy from the ball. A heavier ball has more momentum and takes more collisions with air molecules to slow it down. Try throwing a table tennis ball and a rubber squash ball, about the same size but the rubber is much heavier, the squash ball will out distance the table tennis ball in an atmosphere.
@siarnaq5625 This is not a Newtonian physics problem, it's an Archimedes principle problem. The whole point of this experiment is buoyancy. Forget about the footballs, use 2 party balloons. Fill one with air and the other with helium. Release them both at the same time, one will fall to the ground the other will float away and both are subject to the same Newtonian forces - which one covers the most distance? The more buoyant one of course it's 100's of feet in the air by now. This experiment with footballs is to determine if the slightly improved buoyancy improves how far the helium ball flies, and it does.
@@peterschmidt1453Yeah but you're forgetting about weight helium weighs less than the air we breathe
@@LaLaSadiistiic Your statement is literally what this experiment is about. The lower density of the Helium in the same volume of football makes it lighter, I'm not forgetting anything. I repeat a previous statement, this is not a Newtonian Physics problem, it is Archimedes, it is a buoyancy experiment, forget about the leather ball, use party balloons. The physics is the same , which balloon has greater buoyancy? Helium filled or air filled?. Now switch to footballs, is there a difference? Does the slight increase in Helium football buoyancy make a difference.?
there is not even a minute chance footballs would land that precisely
the mythbusters already did this. It's even more negligible when you actually kick the ball because it's taking up less space in the ball.
Coach Belichick - can you confirm with your findings?
Someone get Pat McAfee on the phone now lol
The “sheeeshhh” was clean as hell
I love the part where I can see where the helium ball flew it really showed how much farther the helium went than the air
The nfl did this test back in the 70s when people accused Ray Guy ( Oakland raiders punter ) of putting helium in balls.
"Uh, I've know this for decades!"
-Tom Brady
And this was already done on myth busters this is stolen
Surpised Brady never did this
somebody's a dolphins fan
@@sdpinterlude it’s also just a joke
The "SHEEEEEEESH" Got me dying😂
Ray Guy, punter drafted No. 1 by the Oakland Raiders in the NFL was caught pumping helium into the footballs he was using.
I’d say you guys should also try sulphur hexafluoride which is that really dense gas
I mean if I remember physics correctly, the X and Y vectors of projectile motion are independent of eachother. So you may have added height (Y) but since the power wasn’t really changed it makes sense it went about the same X distance
Breaking news: Tom Brady under investigation for inflate gate
For anyone with a short attention span, the helium one went 4 yards farther
Thanks
with this sample size its irrelevant tho. So no those particular 4 balls went 4 yards further but there is no proof that helium had to do anything with it.
@@abelboronkai448 Science much?? Lmao the average distance gained is 4 yards. That's enough to say it's true.
Bill Bellichick taking notes
Uncle Rico must have used helium balls when he was in High School 😂
Roger Goodell entered the chat.
The cameraman did everything but not his job 😔
This surprises me. I wouldn't think it would make a difference.
Air is good enough the standard.. really
Like how you separate helium and air as if they are two completely different things 😂
My prediction is the helium ones will go into orbit instead of landing
Me an European:"wait... that's Rugby not football"
A football filled with helium has more mass than an empty football.
It also helped that the launcher was going faster with the helium balls. Listen to the rattle if you cant see the wheels going faster.
imagine how funny it would be to give nfl players this ball instead without them knowing, so everything is JUSSST a little off to mess with them.
That kid named nfl reading the title: 🗿🗿🗿
He definitely didnt turn the motor up
King sized air mattress full of helium
Farther, not further, college boy.
He figured out the NFL'S cheat code😂😂😂
Pro tip. You can us simple motion tracking in premier so people know where the football is actually going.
Dam Trevor Lawrence can almost field punts
Voice over sounds like a helium man
I have never seen a football that looks like that thing.
Thought you had Trevor Lawrence out there running drills 😅
Tom Brady "and I took offence to that"
Cameraman had been inhaling too much of that gas by the second take ...
Yall need to remake this one didnt see one of the helium balls
The ball really just said “zooooom”
Bellichick taking notes for 2024
Bro sounds like he inhaled that helium 💀
For some reason I was expecting the helium balls to go way further than an extra four yards