Y'all people need to watch the whole video before making comments like, "That's not how physics works! REEE!" Have some patience. I explain everything in the video by the end... Sheesh.
The moment you showed how it dropped faster than the other block despite losing in the previous weight experiments, I knew it'd be because of how they work in the Gohma fight. Still pretty cool that those special physics apply outside the battle when you just autobuild them.
Oh hey, didnt know you look at this content. Cool! And yes, i wil use this information to the best of knowledge. 1 question, do the gohma's that spawn around the depths also do this attack?
isn't it better? imo for DLCs a lot of the times it's not really additional game, it's parts of the existing game but separated and made into additional "buy-able" item. since they decided not to do it, especially like, at release means they put all the "DLC" ideas into the existing game instead of already trying to see more parts of main game
When you factor in air resistance this actually is the case (albeit barely), and when the objects aren't being dropped together it's even true without air resistance because the ground falls towards the dropped object faster (although that takes an absurd difference in mass to be remotely noticable)
@@kyosokutai the acceleration of an object of variable mass (the "falling" object) due to the gravity of an object of constant mass (the planet) is a constant, but that is not what I'm saying to factor in, I'm saying to factor in the acceleration of an object of constant mass (the planet) due to the gravity of an object of variable mass (the "falling" object), while that is generally negligible, it is technically a factor in the time it takes for an object to fall
@@kyosokutai The formula for gravity on earth is 9.8 m/s^2 which is the same for all objects. However, there is a property called Terminal Velocity - the fastest speed an object can accelerate to based on the mass of both objects being attracted. So you have to take into account several other properties - the mass of the object, the density of the fluid the object is falling through (gasses, liquids, or fine particulate matter), and the friction created from moving through said fluid (AKA drag coefficient). At tall enough heights and sufficiently disparate masses, all other things taken into consideration, two objects of equal size and shape but different densities WILL fall at different speeds. But they will accelerate at the same rate until they get close to terminal velocity where acceleration will fall off logarithmically.
Very interesting. While the theorist in me wants to make a claim that the Gloom nature of the stone might be causing it to act different than other objects... I think you are completely correct. It acts this way for the sake of the boss fight, and they *probably* didn't really expect people to take it out of that context and play with it. They were wrong.
Notably they did try their best to "failsafe" it. No matter what you fuse a gloom boulder with, regardless of Mineru, Shields or weapons, it'll self delete via detonation. Autobuild is the only way to actually "keep" it.
@@rheokalyke367 Fun fact. The first time I killed Gohma, I had fused one of these rocks to my weapon to escape one of its traps. When I got in its face and pulled out that weapon, the Gloom Rock exploded moments later. That explosion is what killed Gohma.
@@TheBreadPirate aren’t they called “Mysterious Zonai technology that’s actually just a glowing boulder that sends some blond guy who needs a replacement arm- and hospitalization- into a lucid fever dream”
Does this maybe hint at how Ganondorf’s magic works? The gloom boulders and the marbled rock roasts are made of the same material, and both vanished from the surface after Marbled Gohma was defeated. I also thought it was interesting that the gorons didn’t seem to be getting full from eating the marbled rock roasts, but maybe I’m missing something. Every object in the game obeys the laws of physics, yet the gloom boulder is made of an unnatural material. It is actually operating outside what is physically possible. I’m going out on a game theory limb here, but were the properties of these gloom-objects determined by Ganondorf when he created them, or is gloom just a dark substance he gained control over when he obtained the secret stone? This video makes me want to see if there’s anything more we can learn about the gloom. Very cool! ☺️
Great Video Bread! And incredible job on the editing too, Swack! Now I’m wondering what would happen if you fused Blocky and the Gloom Rock together? Would it fall faster or slower?
It's always fun to run physics experiments in this game, but the truth is that the laws of physics do not actually exist in Hyrule, they're just simulated and programmed to seem like it. Hence the Gloom Rock having the illusion of more weight, when it just is specially coded to fall differently. Wait until you find out that instead of having weight at all, the game just dynamically changes Link's mass. Depending on whether you're standing, crouching, climbing, ragdolling, swimming, etc., Link's mass ranges from 10 to 700, just for whatever will "feel" right to the player.
Technically speaking if you took the total horizontal movement (Which can be gathered with Pythags old theorem on the X and Y axis), and halve it, you'd have then a new horizontal axis to pair against the height Gloom did gain. I already did the math based on the flight at 3:55:, which means that Gloom had a travel distance of about ~60.3156 meters
The fact that a Gohma Boulder Hydraulic Press doesn't go _completely_ wild when spawned above non-flat surfaces or having rockets strapped to it is a testament to how polished the physics engine of this game is. A lesser game would have this thing clip inside other physics objects or the ground and cause both to go completely ballistic - that scale in the desert wouldn’t be usable afterwards!
fun fact : there is no acceleration due to gravity in tears of the kingdom this can be concluded as even if you dive as link you fall at a constant speed with no acceleration
I was wondering if it was because it was programmed to go at a very specific speed, giving the illusion of the Gloom Rock being heavier, cool to realize I was right. It's always interesting to see objects that throw off the community simply because the physics of the object are different from everything else. 🤔
Mr bread pirate I think you have it wrong. The thing has so much condensed mass that it exceeds 9.8065m/s ² so technically it is heavier than hyrule itself meaning that atleast at has two times the mass of hyrule and also the rocket test is an aerodynamic thing because that thing condensed its mass meaning that in actuallity it is heavier than hyrule
The whole time you were talking about fall speed measuring weight, my physics-brain was getting grumpy. I felt thoroughly trolled when you then went into explaining the constant acceleration of gravity. 😂
This brings back memories of the time my mother randomly entered my room and asked me why heavier objects still fall at the same rate as lighter ones. Good times.
Planets fall towards each other at the same speed as everything else. Accel = Force ÷ Mass. F(Gravity) = G×Mass(earth)×Mass/distance^2 The masses cancel out acceleration is only dependent on distance. Planets actually gall towards each other slower than a rock to the ground because they start further away. The masses it
4:50 taking a guess now, there is something in the code that makes the gloom boulder have a greater force of impact/Velocity increase over time then other object. might potential have something to due with how they work in Gohma's boss fight
we can calculate free fall speed with the gravity force and we calculate it with this formula F=(G*m1*m2)/d² F is the force G is constant m1 and m2 are the mass of objects so mass does mater for the free fall, however 50 tons for examples of diference are meaningless to the enourmous mass of earth so freefall speed is not really influenced by mass (drag is nullified)
It's hilarious to see the properties of the Gloom Boulder ! You can tell right from how it behaves it was not made to be physically accurate, but to be a proper projectile for Marbled Gohma. While in the fight it looks fair, but when the boulder is taken outside of it it makes zero sense, I love it. I bet if Nintendo designed its physics the same way as the other objects in the game the fight would have belt worse, with improper projectile speeds and stuff.
(6:06) I'm boutta cast testicular torsion on this man. LOOK UP THE EQUATION FOR GRAVITATIONAL ACCELERATION, SHORTSTACK! THE MASS OF BOTH OBJECTS AFFECTED FACTORS IN! This is Morty building a shelf with his sad, caveman eyeballs all over again.
I mean, yeah, sure, *technically* the mass does play a part in acceleration due to gravity, but also *technically* I can jump higher when the Moon is directly above me. The difference is so small as to be negligible.
I think it is more useful to ask "which one is better as a weapon?" I find that bigger block unpractical to fit in a lot of possible situations, regardless of how much it weights.
It's possible that the gloom rocks have a gravity modifier (same way that some bows fire arrows that are less affected by gravity like the zora bow and botw's ancient bow). I'd guess that the Gloom Rocks have higher acceleration for boss fight reasons
Weight doesn't determine how fast an object hits the ground, gloom canonically damages things upon contact in game, and the game files state the block weighs more. After the premise of the video was stated, this was my thought process.
Master Kohga isn't far behind though. Oh, imagine if he dabbled in Sheikah arts relating to growth, like Maz Koshia. He could forge new Chasms just by sitting down.
According to physics, mass does not affect fall speed. If a feather and a metal orb were dropped at the same time in vacuum, they fall at the same speed.
5:16 it seems to me for some reason the Gloom Boulder is programmed with a higher force of gravity than the other game objects. The force of gravity is measured is the distance measured in meters divided by the squared value number of seconds traveled. The force of gravity of earth is 9.8 meters per seconds^squared. Edit: I paused the video to post this comment only to have it be explained later in the video.
5:40 nah air resistance needs to be negligilbe to make them accelerate similarly. Lots a stuff going on with fluid dynamics from navier stokes to blasius
Relevant: the experiment of a bowling ball and a feather falling in zero gravity TL;DR version is that, in normal circumstances, a bowling ball will fall faster than a feather because 1) it's more dense/has more mass, and 2) because the feather encounters air resistance that causes it to float on the way down. But if you put these objects in a zero gravity environment, like the giant vacuum chamber at NASA, then the bowling ball and the feather will fall at the exact same speed and hit the ground at the exact same time because there's no air resistance. Overall mass of the objects doesn't factor in in this specific circumstance because both objects are being acted upon by the same force of gravity How does this apply to Glock and Blocky? Based on the first two tests, it's possible that Glock is just *less dense* than Blocky, so it weighs less on a scale than Blocky and can fly further up into the sky than Blocky can. This is of course completely ignored in the drop test when Glock is in the Slam state, but in its Normal state, Glock behaves exactly as a *less dense* object would. I'd be interested to see how long it takes for Glock to hit the game's terminal velocity in its Normal state; a less dense object would take longer to hit terminal velocity than a more dense one would because of air resistance
so the gloom rock has less drag and a damage bonus, while the block is heavier, so altho the block is heavier the gloom rock is more effective for short drop kills. oh its just coded to drop at that constant speed in its start state, makes sense
The only reason why the “gloom rock” won round three was because in the boss fight the marbled gohma shoots them and surrounds you so they needed to fall faster to surround link Nintendo put this in the code
A fact if you wanna use it in a different video if you don’t know already cus it took me 7 years to notice this but did you know, Beedles backpack is shaped like a beetle representing his like for beetles, there might be other details I missed lol
With my experience with programming and game development, i instantly understood that it had some special code working on it and wasn't following the normal physics rules I was actually kinda confused why you even bothered doing the usuall weight experiments on it
Very interesting, but I'm disappointed that this video didn't take the final step: How high would you have to drop the 50k unit mass for it to hit the ground at the same speed as the gloom boulder's slam mode?
![[MV] A leap of faith...ความเชื่อใจครั้งสุดท้าย (From "Petrichor the series")](http://i.ytimg.com/vi/U1piZH2CNXA/mqdefault.jpg)
Y'all people need to watch the whole video before making comments like, "That's not how physics works! REEE!"
Have some patience. I explain everything in the video by the end... Sheesh.
lol ok. i say before watching the video. No but there is nothing wrong with liking before watching right?
Ha ha, I do that all the time. I don't see a problem with that. @@lucky_block_head
@@TheBreadPirate have you reconsidered joining a cult about pengators?
No. Pengators are creepy. XD @@BetterNicholas
Plz heart my comment bread I’m a big fan 😊😊😊
The moment you showed how it dropped faster than the other block despite losing in the previous weight experiments, I knew it'd be because of how they work in the Gohma fight. Still pretty cool that those special physics apply outside the battle when you just autobuild them.
Agreed!
Agreed too. The massive rocks do naturally fall to the ground very fast in the Gohma fight
Oh hey, didnt know you look at this content. Cool! And yes, i wil use this information to the best of knowledge. 1 question, do the gohma's that spawn around the depths also do this attack?
Calling it at 2:00 minutes. The Gloom rock has specially programed physics
You get three kudos!
same
Good job
The heaviest object in TOTK is the emotional weight of knowing there is no DLC coming.
You didn't have to drop that soul-crushing reminder 😢
what 😭
@@gentlepeeps3351 well I heard it was intended to be a dlc but they decided to make it a full game
isn't it better? imo for DLCs a lot of the times it's not really additional game, it's parts of the existing game but separated and made into additional "buy-able" item.
since they decided not to do it, especially like, at release means they put all the "DLC" ideas into the existing game instead of already trying to see more parts of main game
@@JopicI still think a sheikah dlc could work
It’s not just a bolder it’s a rock
The pioneers used to ride these babies for miles.
@JoeRector i mean yeah their bodies prolly rode on the gohma for miles 😂
Marie, THEY ARE MINERALS!!!!!
The BOULDER is ready (to slam into the ground and explode)!
@@Hawk7886 Whenever you're ready, the Pebble!
"The heavier object should hit the ground first" Galileo Galilei is turning in his grave Nintendo.
Facts
When you factor in air resistance this actually is the case (albeit barely), and when the objects aren't being dropped together it's even true without air resistance because the ground falls towards the dropped object faster (although that takes an absurd difference in mass to be remotely noticable)
@@HaveYouHeardOfManedWolves No, because gravitational pull is a constant. How is this a difficult concept?
@@kyosokutai the acceleration of an object of variable mass (the "falling" object) due to the gravity of an object of constant mass (the planet) is a constant, but that is not what I'm saying to factor in, I'm saying to factor in the acceleration of an object of constant mass (the planet) due to the gravity of an object of variable mass (the "falling" object), while that is generally negligible, it is technically a factor in the time it takes for an object to fall
@@kyosokutai The formula for gravity on earth is 9.8 m/s^2 which is the same for all objects. However, there is a property called Terminal Velocity - the fastest speed an object can accelerate to based on the mass of both objects being attracted. So you have to take into account several other properties - the mass of the object, the density of the fluid the object is falling through (gasses, liquids, or fine particulate matter), and the friction created from moving through said fluid (AKA drag coefficient).
At tall enough heights and sufficiently disparate masses, all other things taken into consideration, two objects of equal size and shape but different densities WILL fall at different speeds. But they will accelerate at the same rate until they get close to terminal velocity where acceleration will fall off logarithmically.
Personally, I'm the heaviest object in tears of the kingdom.
It’s just tears then
fr
It's the hit
😂
loll
Yippee! It's finally out! This was beyond enjoyable to work on with you.
Hello Swack. I like you.
Hello Keegan. I like you.
@@ChiPandaAndKeegan
@@SwackI subscribe to you now
Very nice job!
great job!
Very interesting. While the theorist in me wants to make a claim that the Gloom nature of the stone might be causing it to act different than other objects... I think you are completely correct. It acts this way for the sake of the boss fight, and they *probably* didn't really expect people to take it out of that context and play with it. They were wrong.
Nintendo underestimated our power!!
@@TheBreadPirate They always do
Notably they did try their best to "failsafe" it. No matter what you fuse a gloom boulder with, regardless of Mineru, Shields or weapons, it'll self delete via detonation.
Autobuild is the only way to actually "keep" it.
@@rheokalyke367 Fun fact. The first time I killed Gohma, I had fused one of these rocks to my weapon to escape one of its traps. When I got in its face and pulled out that weapon, the Gloom Rock exploded moments later. That explosion is what killed Gohma.
THAT'S AWESOME! @@PixelFusionProductions
The Gatanisis... "Shriene?" Made me laugh way more that it should have
XD
Glad you liked that gag! I'm sill confused by it.
@@TheBreadPirate aren’t they called “Mysterious Zonai technology that’s actually just a glowing boulder that sends some blond guy who needs a replacement arm- and hospitalization- into a lucid fever dream”
The larger globules have a weight of 160,001 and a random (normally unstealable) box that weighs 64,000 (found in Jikais Shrine)
Yes! But they also have 0 gravitational pull so they have no weight.
I think we need to introduce the term mass somewhere to differentiate these
@@TheBreadPirate Their weight matters when it comes to propulsion
@@robuxyyyyyyyyyy4708yes but don't question the bread pirate
Does this maybe hint at how Ganondorf’s magic works? The gloom boulders and the marbled rock roasts are made of the same material, and both vanished from the surface after Marbled Gohma was defeated. I also thought it was interesting that the gorons didn’t seem to be getting full from eating the marbled rock roasts, but maybe I’m missing something. Every object in the game obeys the laws of physics, yet the gloom boulder is made of an unnatural material. It is actually operating outside what is physically possible. I’m going out on a game theory limb here, but were the properties of these gloom-objects determined by Ganondorf when he created them, or is gloom just a dark substance he gained control over when he obtained the secret stone? This video makes me want to see if there’s anything more we can learn about the gloom. Very cool! ☺️
I’d like to see you TRY to top me. No I will not go directly upwards.
Stabilizer: HI
haha, well done
You...want him to top you...?
Kinda suspectful bro
@@axolotlgaming9144 Fan underneath: ALSO HI!
I also want top
At the start I heard "this is a glock." Is it just me that heard that?
nope me too
He did
Me too
.... THE ROCK IS NOT A GUN
same here
This was a great video, thanks Bread!
the fall test made my inner physics nerd cringe so hard their spine shattered into a quintillion pieces...
Me too. But I wanted to catch the fools off guard. XD
@@TheBreadPirate That is fair
I wanted to comment something about the physics but then I saw this comment
I wanted to comment something about the physics but then I saw this comment
No wonder those monsters died. That rock went from no speed to 40m/s immediately!
I was weighting for this.
Hehehe. I get it
the true heaviest thing
I JUST REALIZED YOU’RE THAT DRAGON COMMENT!
Great Video Bread! And incredible job on the editing too, Swack!
Now I’m wondering what would happen if you fused Blocky and the Gloom Rock together? Would it fall faster or slower?
The world may never know.
Test it your self
It's always fun to run physics experiments in this game, but the truth is that the laws of physics do not actually exist in Hyrule, they're just simulated and programmed to seem like it. Hence the Gloom Rock having the illusion of more weight, when it just is specially coded to fall differently. Wait until you find out that instead of having weight at all, the game just dynamically changes Link's mass. Depending on whether you're standing, crouching, climbing, ragdolling, swimming, etc., Link's mass ranges from 10 to 700, just for whatever will "feel" right to the player.
I’m *shocked* the videogame with magic and water generating hydrants doesn’t perfectly mirror our reality
"This. Is a glock."
-The Bread Pirate 2024
Technically speaking if you took the total horizontal movement (Which can be gathered with Pythags old theorem on the X and Y axis), and halve it, you'd have then a new horizontal axis to pair against the height Gloom did gain.
I already did the math based on the flight at 3:55:, which means that Gloom had a travel distance of about ~60.3156 meters
short version: it's a thor's hammer situation, gloom boulder is magically enhanced
So basically the devs let these one specific kind of boulders defy physics for the purpose of a better boss fight XD
I feel like I just witnessed a physics lesson and understood everything 😭
Video goes hard, great job Swack!
Thank you! :)
0:04 that thing’s a physics object?
You guys are all thinking the wrong way. This is a Minecraft situation where the main character is the heaviest object in the game
The fact that a Gohma Boulder Hydraulic Press doesn't go _completely_ wild when spawned above non-flat surfaces or having rockets strapped to it is a testament to how polished the physics engine of this game is. A lesser game would have this thing clip inside other physics objects or the ground and cause both to go completely ballistic - that scale in the desert wouldn’t be usable afterwards!
2:11 why isn’t the orb tied for first place then?
Dang, this was really interesting! I love this kinda science stuff, abs this was edited really well too
Thanks Howie! :D
fun fact : there is no acceleration due to gravity in tears of the kingdom this can be concluded as even if you dive as link you fall at a constant speed with no acceleration
Link just has different physics than other objects, I'm pretty sure his weight to the physics system is just a few apples for example
Isn't that just terminal velocity? Might be due to air resistance but is probably hardcoded
Honestly the way the rock just explodes after a few seconds is hilarious to me, every single time.
I was wondering if it was because it was programmed to go at a very specific speed, giving the illusion of the Gloom Rock being heavier, cool to realize I was right. It's always interesting to see objects that throw off the community simply because the physics of the object are different from everything else. 🤔
Mr bread pirate I think you have it wrong. The thing has so much condensed mass that it exceeds 9.8065m/s ² so technically it is heavier than hyrule itself meaning that atleast at has two times the mass of hyrule and also the rocket test is an aerodynamic thing because that thing condensed its mass meaning that in actuallity it is heavier than hyrule
My compliments to the editor, this was awesome! ^^
I appreciate it! :D
The whole time you were talking about fall speed measuring weight, my physics-brain was getting grumpy. I felt thoroughly trolled when you then went into explaining the constant acceleration of gravity. 😂
Why did you feel trolled? Were you hoping he'd say that they become free bodies with the earth accelerating towards them?
This brings back memories of the time my mother randomly entered my room and asked me why heavier objects still fall at the same rate as lighter ones. Good times.
1:22
My bad... Thanks for showing The Crusher though!
Planets fall towards each other at the same speed as everything else. Accel = Force ÷ Mass.
F(Gravity) = G×Mass(earth)×Mass/distance^2
The masses cancel out acceleration is only dependent on distance. Planets actually gall towards each other slower than a rock to the ground because they start further away.
The masses it
i think that the gloom boulder its more like a phisical projectile that we weren't meant to be able to get out of the boss fight
Ich kann nicht glauben, dass ich mir 10 Minuten ein Video über Fallende Steine angesehen habe und es spannend fand
I can wait to send this video to everyone who says that the Marbled Gohma Rock is the heaviest thing in TOTK.
Yes. Yes you can
Good stuff. I thought the editing was good (and I enjoy your sign off as it's from my favorite movie). Succinct, good speed, well done.
With the falling all I have to say is Galileo
Ah, a refreshing can of Bread Lite!! Lmao, great vid and great job, Swack too!
4:50 taking a guess now, there is something in the code that makes the gloom boulder have a greater force of impact/Velocity increase over time then other object. might potential have something to due with how they work in Gohma's boss fight
Good prediction!
we can calculate free fall speed with the gravity force and we calculate it with this formula F=(G*m1*m2)/d² F is the force G is constant m1 and m2 are the mass of objects so mass does mater for the free fall, however 50 tons for examples of diference are meaningless to the enourmous mass of earth so freefall speed is not really influenced by mass (drag is nullified)
0:04 i thought he said glock
@@RykerLamond yes
Yes
@@RykerLamond Same.
Btw you could just use trigonometry to figure out how far the rockets pushed the gloom rock but as you said it’s not needed
Basic Pythagorean calculations would suffice.
@@xinpingdonohoe3978 yea that’s what I was referring to but I forgot the name so the closest thing was trigonometry lol. Idk how I forgot the name😂
Gravity makes plans, Nintendo laughs.
MUHA HA HA!
My guess is because it's something to do with making sure it has consistency in the boss fight
None of those rocks have any real weight to them, anyway. Yeah, Link is the heaviest thing in Tears... other than maybe some iron doors. 😂
It's hilarious to see the properties of the Gloom Boulder ! You can tell right from how it behaves it was not made to be physically accurate, but to be a proper projectile for Marbled Gohma. While in the fight it looks fair, but when the boulder is taken outside of it it makes zero sense, I love it. I bet if Nintendo designed its physics the same way as the other objects in the game the fight would have belt worse, with improper projectile speeds and stuff.
(6:06) I'm boutta cast testicular torsion on this man. LOOK UP THE EQUATION FOR GRAVITATIONAL ACCELERATION, SHORTSTACK! THE MASS OF BOTH OBJECTS AFFECTED FACTORS IN!
This is Morty building a shelf with his sad, caveman eyeballs all over again.
I mean, yeah, sure, *technically* the mass does play a part in acceleration due to gravity, but also *technically* I can jump higher when the Moon is directly above me. The difference is so small as to be negligible.
I love your videos man I just recently got Totk and It's a lot of fun.
Nice Barn!
Yo, Hi CatPirate! How's your Day?
@@ThePrimeGenera Hello, my day has been going well!
I just got the option to translate your comment, it translated to 'nice kids!' lol
@@AlsoFin same lol
I think it is more useful to ask "which one is better as a weapon?" I find that bigger block unpractical to fit in a lot of possible situations, regardless of how much it weights.
“This is a Glock. And it should be the heaviest object in The Legend of Zelda Tears of the Kingdom” 💀💀
Damn I love these videos about something but nothing at the same time.
I feel happy to know i figured it out as soon as i saw the scale test. I was like yup its using its boss code
haven't finished watching yet, I'm going to guess that the rocks just has weird preprogrammed physics
LOVE watching stuff like this just fun to learn a little bit more about totk
It's possible that the gloom rocks have a gravity modifier (same way that some bows fire arrows that are less affected by gravity like the zora bow and botw's ancient bow). I'd guess that the Gloom Rocks have higher acceleration for boss fight reasons
6:51 If Issac Newton would be alive this would be his quote
I'm not sure. He kind of got outshone by Einstein.
To get a good Negading score I physically attached the gloom rock to the big cube, it works pretty well ~
The fact that there needed to be a 10 minute video explaining that 50,000 units is more than 40,000 units is crazy
Weight doesn't determine how fast an object hits the ground, gloom canonically damages things upon contact in game, and the game files state the block weighs more. After the premise of the video was stated, this was my thought process.
Shinji Ikari pulled up in TotK
All of Hyrule is the heaviest object in Tears Of The Kingdom.
Master Kohga isn't far behind though. Oh, imagine if he dabbled in Sheikah arts relating to growth, like Maz Koshia. He could forge new Chasms just by sitting down.
maybe the boulder was hyrule last defense
4:20 A former coworker of mine used to call me Dilly Dilly, so this clip made me laugh more than it did in its original context.
Glad I got a chuckle out of that, even if it wasn't the way I intended! Dilly dilly!!
Oh my gosh DYLAN HI
@@Swack Sup, Swack?
Knowing game mechanics, it makes sense how it always falls at 40mph. It is in a boss fight after all.
According to physics, mass does not affect fall speed. If a feather and a metal orb were dropped at the same time in vacuum, they fall at the same speed.
Watch the video fully, he explains exactly that
If it's a vacuum, there are no other objects. That means -GmM/r² and so on will identically be 0. So yes, but so what?
Yeah, sheesh... nobody finishes the video before typing this.
5:16 it seems to me for some reason the Gloom Boulder is programmed with a higher force of gravity than the other game objects.
The force of gravity is measured is the distance measured in meters divided by the squared value number of seconds traveled.
The force of gravity of earth is 9.8 meters per seconds^squared.
Edit: I paused the video to post this comment only to have it be explained later in the video.
Gloom boulder physics hacks confirmed
already knew the whole gohma boulder thing but still an interesting enough video to watch
My first thought was the slam was cause of the boss fight, glad you came to the same conclusion
5:40 nah air resistance needs to be negligilbe to make them accelerate similarly. Lots a stuff going on with fluid dynamics from navier stokes to blasius
Relevant: the experiment of a bowling ball and a feather falling in zero gravity
TL;DR version is that, in normal circumstances, a bowling ball will fall faster than a feather because 1) it's more dense/has more mass, and 2) because the feather encounters air resistance that causes it to float on the way down. But if you put these objects in a zero gravity environment, like the giant vacuum chamber at NASA, then the bowling ball and the feather will fall at the exact same speed and hit the ground at the exact same time because there's no air resistance. Overall mass of the objects doesn't factor in in this specific circumstance because both objects are being acted upon by the same force of gravity
How does this apply to Glock and Blocky? Based on the first two tests, it's possible that Glock is just *less dense* than Blocky, so it weighs less on a scale than Blocky and can fly further up into the sky than Blocky can. This is of course completely ignored in the drop test when Glock is in the Slam state, but in its Normal state, Glock behaves exactly as a *less dense* object would. I'd be interested to see how long it takes for Glock to hit the game's terminal velocity in its Normal state; a less dense object would take longer to hit terminal velocity than a more dense one would because of air resistance
Bread Pirate? More like Red Pirate
(send help)
Don’t worry bro I’m coming to help you
Send help? More like Mend kelp
😂😂😂
Vah Ruta has joined the chat
so the gloom rock has less drag and a damage bonus, while the block is heavier, so altho the block is heavier the gloom rock is more effective for short drop kills. oh its just coded to drop at that constant speed in its start state, makes sense
It’s because in the boss fight they have to go fast
Banger btw will you make vlogs on your 2nd channel (I really love ur vlogs😂)
I have some footage of my cat. Does that work?
"If one hits the ground faster it is heavier"
Where did you get that from?
Wow. I'm blown away. Honestly. That was great.
What happens if you attach a gloom boulder in slam mode to blocky. Will the gloom boulder move faster or will blocky move slower?
swack mention rahhhhh
ELAN POPLEL!
All those gloomy feelings must be weighing on the gloom rock.
You're telling me somebody bread this pirate
The gloom boulder seems to be denser then anything else, at this size could result all the test results and their interesiting interactions
The only reason why the “gloom rock” won round three was because in the boss fight the marbled gohma shoots them and surrounds you so they needed to fall faster to surround link Nintendo put this in the code
A fact if you wanna use it in a different video if you don’t know already cus it took me 7 years to notice this but did you know,
Beedles backpack is shaped like a beetle representing his like for beetles, there might be other details I missed lol
Me as a Physics major ... and you already explained the wheight fall thingy
Sneaky face drop! Science makes my brain go *fzzzzzzz*
With my experience with programming and game development, i instantly understood that it had some special code working on it and wasn't following the normal physics rules
I was actually kinda confused why you even bothered doing the usuall weight experiments on it
Very interesting, but I'm disappointed that this video didn't take the final step: How high would you have to drop the 50k unit mass for it to hit the ground at the same speed as the gloom boulder's slam mode?
Make a similar video to the lookout landing one but for Hyrule Castle town and Castle.
More physics videos please!