💪How much WEIGHT would you LIFT on other PLANETS?? ► (3D Animation)
ฝัง
- เผยแพร่เมื่อ 13 พ.ค. 2022
- 🌍 How much weight (mass) would you lift if you make the same effort but on different worlds in the Solar System?
In this video it is represented doing a squat, if you were to lift 50 kg on Earth, the result is very different in other worlds with different gravities.
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nssdc.gsfc.nasa.gov/planetary...
www.sensorsone.com/weight-to-...
sciencenotes.org/how-to-calcu...
en.wikipedia.org/wiki/Ceres_(...)
en.wikipedia.org/wiki/Phobos_...)
en.wikipedia.org/wiki/Sun
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And how much weight do you normally lift? Are you stronger than this astronaut? 💪
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¿Y cuánto peso levantas normalmente? ¿Eres más fuerte que este astronauta?
Well as a 14 year old i once lifted nearly 30 Kg Bar
@Don't read profile photo too late
But I can't beat 86 000!
@@MetaBallStudios reminds me of a [Traveler]'s [O]-capabilities.
which almost [[O]-causally] changed that GA era Humanity's version of the Sol System to being Earth-like for the most part. very identical Earthly gavity as well.
then comes the doing the little jobs of Humanity with their own level of terraformations along the way after Venus, Mercury, Titan, etc....
@@MetaBallStudios
EN: We could only pick objects but our maximum weight is 49.7KG.
SP: Solo podemos recoger objetos, pero nuestro peso máximo es de 49,7 KG.
You' re not weak , you are on the wrong planet.
HAHAHAHAHAAAHA 😂
True
Xdd dndjsjsususuhh😋🤨😋🤨😋😘😋😆🥵😆🥵😆🥵😉🥵🥶🥳🥶🥳😎🥳🥶🥳🥶🥳🥶🥳😃😁😃😋😀😋😆🥶😏😶😏😶😫😯😫😝😓👶😿👶👦🏼👨👩👧👧👨❤️💋👨👨👩👧👧👨❤️💋👨👨👩👧👧👨❤️💋👨💑👨👩👧👨👩👦👦👨👩👧💟💣💟💝💟🦴🧠🦴🧠💍🧠👡🧠🦷🦳🦷bb;🦵🏾🦵🏾🦵🏾🦴🦵🏾🦴🧠🦴🦵🏾🦵🏾🦵🏾🦳🦵🏾
And also you are not strong you are on the wrong planet
How to become a superhero.
Step 1: Move to Phobos.
...
CONGRATULATIONS!! ✌️
Ronnie Coleman on the Sun: *LIGHT WEIGHT BABY!!!*
Ronnie Coleman on Ceres: Benches the whole galaxy! LIGHTWEIGHT BABY!
I was looking for this comment! AHAHAHAHA
ain't nothin but a peanut
Wooooooooooooooo,yeah buddy......
"In the distance"
TIME TO BLEED!!!
I like the fact that they added shadows and coloured lighting to the character for each planet. They didn’t have to, but they did it anyway.
it's called rendering
It does it on its own. They make the scene, camera angle stays the same, as they add weights, their lighting casts the shadows.
And
bruh there is a shadow on the sun
Can we appreciate the two guys who went on different planets to lift that weigths and film that footage?
i laughed haha yeah this is original i liked this comment did i mention that this is original
And all that spent sun cream.
They didnt actually go to other planets its just an animation
@@labcat6759 what!!!, you want to convince me it's not real
Can we appreciate how everyone copies this comment on every youtube video known to man?
Basically... I'm not fat, im just on the wrong planet... 🤨
“ I’m not fat: I’m undertall “ - Garfield
@@BobBilheimer 🤣
no ur fat
Nah, it doesn't matter what planet you're on.
@@stealthxg5045 i was gonna say hes so fat that he has his own gravitational pull but then i remembered how easily his dad left
When you lift weight, you have to lift your arm as well. The sun’s gravity is so strong that I don’t think you could even lift your arm.
you wouldnt be able to lift a finger. actually, you would probably just get crushed by yourself
@@Dicaso9 you'll get burned lmao
You’d be incinerated before you reached the Sun’s surface, if we’re going to be technical
Something tells me this is more of a comparison video than a realistic video.
@@amazingfireboy1848 yeah its a comparison oy weight, the example of lifting is bad tho
Reminds me of how John Carter seemed so powerful on Mars.
thought the same.
Turns out, we are the Heavy Worlders.
*Bone Density and muscle strength in space: Am I a joke to you?*
Yeah
well, you're just picking on it, it's still entertainment content with useful information, but not with 100% accuracy
Stupidest comment I've ever come across in a while
more like.
The weight of your own body: Am i a joke to you?
Well if you were instantly teleported there right now none of that will be affected
I really wasn't sure if I'd like this or not, but with the graphics and all the info, it was very informative and fun! Great job as always! :D I never cease to be entertained and learn more!
Yeah, pity it's wrong though.
@@adaddinsane it’s not.
@@adaddinsane how do you know if its wrong
@@Universeverse923 because bodyweight isnt considered
@@robertschroder85 oh
This animation is soo good, nobody mentions the hard work put into it 😢
Light work
@@jakekelly8076 made in Ceres😊
@@Hephasto 😎
But nobody appreciates the god level animation in video games 😕
It’s not that impressive tho
1:30 On Phobos, we can lift weights like Raiden lifted the MG-Ray Robot even threw it away
Those are just the rules of nature
@@colonelcorn9500
and they run when the sun comes up
With their lives on the line
Nano-machines, son
If you just jump there it's over
Companion video: How far you could throw a similar mass on each, using the same force. (I'm assuming that some would probably go into orbit.)
it's a fun idea but no, no way close to orbit in most, you would only be close on phobos, but I would say no
Calculating air resistance might be tricky.
@@NeroDefogger On ceres you could shot something into orbit with something handheld, maybe launch something all around the planet, on phobos you could easily jump into orbit if you had one of those astronaut thruster packs much less throw something as escape velocity is just 40 km/h
@@nadarith1044 em, what kind of maths are you doing that tells you you can make something orbit on ceres? I have no idea how you got that, and for phobos, as I said, it's hard to know, because the small gravity and big curvature makes it hard to have a good impulse, it would be hard even with the conditions of earth, do better maths
@@NeroDefogger it's called 'googling the escape velocity', try it sometimes
on ceres it's about 500 m/s so a handheld electromagnetic launcher could work to get stuff to orbit, on phobos it's 40 km/h so you can throw stuff into orbit, on deimos it's 20 km/h so a sprint jump would get YOU to orbit, it's not that hard
Buenísimo!!! Ideal para explicar la diferencia entre masa y peso. Gracias.
Porque
I'm sure this was a mistake, but the clip at 1:29 was actually training footage of Brad Castleberry at 24 hour fitness
What's crazy to think about, is that gravity has no effect on mass. So even if you were lifting 86,000kg on Phobos, it would still take a tremendous amount of effort to overcome it's inertia that quickly and those would be some super slow lifts.
And because gravity has no effect on momentum if that bar had even the tiniest downwards velocity vector it would crush you into a pancake despite you having the strength to lift it.
@@h.a.l.3980 except it would take 18.7 seconds to fall a metre to the ground and only be doing 10.7 cm/s when it hit the ground)
@@TimpBizkit doesnt matter how fast it would be. Imagine a literal cruiseship slowly getting closer to you without stopping and ultimately crushing you
@@joshuabauer591 I don’t understand, you’re muscles and skeleton strength remain the same but the 86000kg only weighs 50 on Phobos, how come it would still crush you? I feel stupid not knowing this since I study physics.
@@bonerprime4010 If you held the weight perfectly still, then yes you would be able to hold it up. But if it was moving, since its mass is so big and kinetic energy = (1/2) * mass * (velocity^2), you would need to put a LOT of force to stop it from moving.
I think it is important to factor in the weight of the human body - most people would be incapable to support their own body weight on the sun, much less do a squat that deep.
But awesome video regardless! I was really shocked at how low the gravity was on phobos until i realized that they are only a few kilometers across!
The weight of the human body is the least wrong thing about this video. (I mean, you're right, but there are more things wrong here than that.)
"...most people would be incapable to support their own body weight on the sun, much less do a squat that deep"
If you want to be pedantic, you left out the 'instantly vaporizing' part.
@@DrNothing23, and the part where the sun is not a planet.
@@DrNothing23 If it's nighttime, you'll be fine
most people? if you know someone who is able to lift 25 times his weight I want to know him
Today I learned that Eddie Hall could deadlift 794,640 kg (1.75 million lbs) on Phobos.
Math: 86,000/50 = x/462, cross multiply, divide by 50.
Ez work
At that point he's literally just a Minecraft character
@@jasonchiu272 like a bag with each bag has 27 slots with 27 stacks cobblestones and entire inventory has 27 bags that means 27×27= 729 cobblestones. Sadly bags in minecraft are FORGOTTEN and FORGOR to add it in the game.
Don’t hurt my brain plz
Just a measly 875 tons.
Props to the Body builder and Cameraman as well for Going various planets and Shooting this masterpiece.
Props to CITY CARE HIJAMA CENTER for giving props to the body builder and cameraman
Props to Local Speck Of Dust for giving props to CITY CARE HIJAMA CENTER.
I would for real be flying on Phobos💀
Not if you have 86,000kg weight lying around 😏
Fun fact: On Titan, you could legitimately fashion wings for yourself and fly like a bird by flapping your arms. Dense atmosphere + Low Grav let you do that
Genius! I love the concept and the visuals, great job!
In a black hole we wouldn't be able to even lift that rod 😂
we couldnt lift even our own weight
coz we'd be spagetti
We would not be able to do anything
Knee-spagetti
@@beauarroyo6590 oh can I add marinara sauce?
I love animations like this that puts things in perspective with something common to understand. I can wrap my mind around the gravitational force of the planet by imagining what I'd be able to lift there. You can imagine what moving around and all would be like. Thank you for making this!
Awesome video. Would love to experience different gravities just to see how it feels
This has more dedication than I have when doing homework combined.
Really cool to see the differences. My only suggestion would be to have a g-factor with Earth being 1G and the moon for instance being 1/6 of a g. Otherwise very interesting.
To complement with more interesting data:
*50kg being lifted on Mercury would only be 18.5kg of force on Earth
*50kg being lifted on Venus would be 44kg of force on Earth
*50kg being lifted on Mars would only be 19kg of force on Earth
*50kg being lifted on Jupiter would be 132kg of force on Earth
*50kg being lifted on Saturn would be 57.5kg of force on Earth
*50kg being lifted on Uranus would be 58.5kg of force on Earth
*50kg being lifted on Neptune would be 59kg of force on Earth
*50kg being lifted on Pluto would only be 5.5kg of force on Earth
*50kg being lifted on the Moon would only be 12.5kg of force on Earth
*50kg being lifted on the Sun would be 1,956,743.5kg of force on Earth (1,956.74 tons)
Respect for the camera man and the astronaut
So glad to see you got your channel back!
MetaBallsStudio, you have been hacked! Secure account immediately!!!
Going from lifting the whole spaceship to struggling to hold a book was insane
1:30 The Phobos one is always hilarious, I'm glad he includes it!
Superman lifting an entire airplane just like a toy. It is the proof that his home planet might had very strong gravity.
Same case with us, we become Superman in Pluto, Ceres, phobos. 👍🏼
Superman must have very large hands.
Imagine lifting a 747 using two tiny contact points. You just punch a hole on an airplane.
Yeeeeeees!!! So happy to see you back! This is one of my family’s favorite channel!
wait so in order to do similar exercise on moon you need to do 303kg squats? that would be cool af
Really cool video. Thanks
Never knew I needed this comparison, but this is pretty cool. By far the best comparison channel on youtube.
Bot
What a beautiful graphics! Thank you!
LMAO now i can go sleep in peace after this video. good job 😁
props on the guy who raised to all this planets just to show us how heavy 50kg u can lift on each planet
Proper depth, fluid motions. Those are good lifts, cotton!
-Dr Brief: "500 Times Earth's GRAVITY?!
That's Insane!! You'd be crapping out your own SPINE!"
-Vegeta: I know, the challenge excites me ...
Look at my nipples! LOOK AT THEM!!!"
-cit. by Dragon Ball Z Abridged Ep.34
Great video and a great touch with the flying platform on the gas giants and the sun.
Curious if you thought to account for added bodyweight, it's pretty impactful on squats.
Your bodyweight would increase = higher bodyweight mass = even more than 50kg squat
Muy interesante!, me gustaria ver que tan alto podrias saltar en cada planeta
Te hizo caso enhorabuena edit: gracias por los likes
@@migueltenorio8701 😀
En la Luna de Marte seríamos como Super Man.
john carter
Nice to see you back 😃
thanks to the camera man who did all of this
Thanks for getting the plates on all the planets i am getting ready to go train.
1.8 kg on sun might be a suit that he/she is wearing.
Amazing animation as always. But usually in the metric system, gravity is measured in m/s². The unit g/m² measures area density.
Wow that was wonderful
That was awesome
Oh no MBS got hacked 💀
No i can't lift 50kgs on Earth 💀
Funny but as someone already wrote you ignored inertia. Without any gravity, using equations a=F/m and x=a*t^2/2 you can calculate that:
To move 50kg by 0.5m you need to use force 50N for 1 second.
To move 86000kg by 0.5m you need to use force 50N for 41 seconds.
Doing one rep of exercise for 1s and then the same weight for 41s is not the same for human body.
"Hmm yes sir weve known for gravitation of the earths sphere but in phobos you can carry more than 86Kg for simple body movement and weight but it only depends on how much force and weight you can carry on phobos"🤓🤓🤓
I love that floating pad saying DANGER! 😂
you're back brother I missed you 🥺🥺🥺🥺
Just what Half As Interesting needed, but it's too late. 🤣
That last one had me crying
This is insane
I know a man by the name of Schleimer who can lift 132138kgs
Damn, I had no idea I could lift 50kg on earth!
So basically punching someone on Phobos turns you into one punch man.
Props to the cameraman for filming that
Obviously this channel got hacked.
I was here when this video had 91 likes & 394 views. Keep up the great work!
Love your videos. Maybe do a video on fictional ships (ocean & cruise liners)
he once did.
or you mean another version anyways.
Want a cookie?
what's even cooler is that they didn't account for your bodyweight, so your torso, arms, head etc would also weigh a lot more or less!
Amazing!
Having the figure stand on a floating platform instead of the surface for the gas giants and Sun was a nice touch.
Hard to stand on increasingly dense gas or incandescent plasma amirite?
You're accounting for gravity but not inertia. Lifting huge weights with little gravitational influence is like trying to push a boat.
Besides, if you managed to squat several thousand kilos you'd launch the bar into space.
These weights are based on anchoring yourself to the ground first - so that you don't float away.
You're right that it's wrong, but you've got the wrong reason...
its really more for entertainment and one specific purpose. itd be less fun if they were completely accurate
@@adaddinsane it’s not, and he didn’t.
@@adaddinsane Either say that supposed reason or shut up troll
Very eductational. Now I know how much weight to bring to my trip to mars next week for my gym session. Thanks a lot.
Imagine sending a world record power lifter to Phobos, they would be a main character💀
Видео получилось очень интересным, как и всегда! Автор, покажи пожалуйста в своём следующем видео масштабы самых крупнейших катастроф, связанных с разливом нефти. Очень интересно было бы посмотреть на масштабы загрязнения вод мирового океана.
ничего себе ты конечно сказал
Здравствуйте
props to this guy who went to different planets and moons to make this video
ur just not funny bro u tried but ur just not funny man
@@wiskipeek1428 Don´t be so toxic bro
From what I know, the video is almost correct, except for the fact that on each of the moons and planets the animation shows the person lifting the weight in the exact same amount of time.
It is true that you could hold 790 kg on Pluto with the same force as 50 kg on Earth, same for squating down. But on the way up you would have to not only oppose the force of gravity but accelerate the weight. In order for the person in the video to accelerate 790 kg upward like they show in the video, they would have to be able to lift more like 130 kg on earth than 50.
And to lift 86000 kg on Phobos, you'd need to be able to lift 4430 kg on Earth
Para este cálculo está considerado el peso del propio cuerpo o solo el de las pesas? Porque en los lugares con gravedad más alta también cuesta más levantarse
No
the weight of a match is ~2 grams... I bet you can't lift it over your head more than 200 times... )))
Lo mismo pensé, creo que solo está considerado el de las pesas
no considero nada, ni peso de la persona o la presión atmósfera, y se me hace una lástima al ser un video bien trabajando (hasta cierto punto)
everyone is talking about how huge phobos’ weight is but how did they get it to phobos?
ppl on earth: this is so heavy!
phobos: im bout to end this mans whole career
So basically on Phobos humans are like a real life Superman 😎
I was expecting a shipping container to drop on him at the Sun
But in all seriousness, this is awesome, and the animation is really good!
Can we just thank the camera man traveling to different planets/moons just to show us how much weight you can lift there?
I love this video.
Damn frieza be looking good in the video
So I can paint myself green, go to Phobos, lift an 80 ton boulder over my head, yell out, "HULK SMASH!!", and throw the boulder a nice distance? Sweet 👍
Doom Guy would have been a monster.
LOL - as long as you anchor yourself to the ground first - so that you don't float away while throwing that boulder.
If dropping it on your feet is a nice distance, then yeah.
What happened? Are you hacked?
Yes, its obvious hacked. I saw same incident in the past, famous channel got hacked by bitcoin hacker-always streaming live bitcoin-the channel name also changed.
Jumping on phobos would scare the shit out of me
Amazing video. Few inconsistencies. Gravity is calculated in meters per second^2. It’s grams per meters ^2 in the video. Also mass is unchanging but the weight is what changes according to gravity. So 200 kilograms on earth which is the mass will remain 200 kilograms on mars but the 200lbs of weight will change on 75.4 lbs.
Did you mean to put 'm/s^2' instead of 'g/m^2'? I've never heard of the latter.
Love your videos.
Your channel got hacked by a random bitcoin guy
Remember that your muscle mass and bone density would go down with time on those lower gravity planets.
anyone who didn't understand, it simply showing that the force getting exerted on you while doing this exercise on earth will be approximately equal to the other values on the other showm planets.
To be fair, you won't be able to just lift 86t on Phobos, not even without any gravity
You'd be the one moving lol
Not if you were squatting underneath, you’d definitely be able to push it away. Bringing it back down on the other hand…
@@ParisuSama That is a very fair point
I guess that answers the question of "Bro, do you even lift?"
MBS: Yes and on other planets
:O
Phobos's sportsmens: Hahaha easy 86000 kg
Earth's sportsmens: @_@
Increíble! Imagina estar en Ceres y poder levantar una furgoneta sin ayuda de herramientas u otras personas.
It tells us how much Stronger we can be and also how much less at same time
You wont be any stronger, you will just experience lower gravity
Metalballstudio got hacked lel
Nice form bro
props to the astronaut and filmer that went to space for this to be known
*Fun Fact* : you could lift *163,450* kg on Deimos (another moon of mars). That's almost twice as what you would have lift on mars. (For 50kgs on earth)
Gravity: 0.003m/s²
Weight(force): 50 kgf