Gravity paradox

[@kingbing3315]

One minute silence for new viewers, who thought this is a science experiment channel.

[@saurabhdubey9487]

Lol I watched his toilet paper on fan video thinking him as a professor

[@probablyyourneighbororsome8412]

it is

[@georgepolychronopoulos647]

Got these candies is just thinking on another level right now. Us mortal begins can’t comprehend the complexity of his thinking yet.

[@ketan6969]

Nope that is the agt guy

[@mitaskeledzija6269]

@ its a troll

[@saurabhdubey9487]

He is the most scientific unscientific scientist I have ever seen

[@jamesflameson]

Also the most humouristic

[@denbyscott5745]

@@jamesflameson on his BGT audition Simon cowel said "he is the funniest unfunny comedian I have ever seen"

[@youtube_user420]

nice reference lol

[@wolfpriest6954]

He has not contradicted Newton. He has beat him.

[@derdurstbursch]

I read "he has contracted newton"

[@cesarcampuzanomartinez8182]

@@derdurstbursch I dont know how to read

[@nicuradu911]

Youre so wrong

[@smitabhandari9327]

Newton is kil twice

[@adriansoderstrom4011]

F*ck Newton, Gatis Kandis is the shit

[@cesarcampuzanomartinez8182]

Gravity is higher when its higher. Gatis Kandis,2019

[@Chris_Cross]

So is he

[@zenbudhism]

The gravitational pullm is higher

[@ivy_pahari]

This guy seems to be crazy and speaks sense at the same time

[@blanco7726]

Lol none of this made much sense

[@Theeebear93]

@@blanco7726 thats why ur name is blanco

[@blanco7726]

Theebear makes sense

[@Sammm30]

Me: Mom can we have a vsauce Mom: We have a vsauce at home Vsauce at home:

[@lemonice]

*gatis being even better than Vsauce*

[@Sammm30]

@@lemonice well of course

[@mirilondondrift]

nice name btw

[@Sammm30]

@@mirilondondrift nice name :)

[@Uchiha-fi4ij]

No, Gatis Kandis is better! :P

[@boron1267]

But gatis where do I find toilet paper

[@grapeyard1778]

You steal it from public toilets, obviously

[@springday2725]

Underyourbed

[@lildrug2954]

good question

[@w7vw]

in it's natural habitat, u may find some growing on tree's.

[@stevethea5250]

@@springday2725 This guy got BIG Brain IQ. his titles are DaVinci Kandis codes.

[@Tandonsubs]

2:53 Aliens trying to contact him

[@Tandonsubs]

For the great work he is doing on Earth, even they are impressed.

[@variousartists11]

Don't know about aliens but Krish will contact atleast

[@imad6140]

Aditya Tandon i actually laugh fr to that joke thank you my dude

[@Tandonsubs]

@@variousartists11 HaHa😂

[@Tandonsubs]

@@imad6140 No brother, I should thank you. You're great😊💐

[@carinhall4508]

Galileo Galilee: all free falling objects fall with the same acceleration Gatis: I'm about to end this man's whole career

[@MaxMustermann-hd4hj]

just imagine how gatis says that in his own accent

[@The_Valy]

@@MaxMustermann-hd4hj bruh you have the same profile pic as me from 4 years ago

[@MaxMustermann-hd4hj]

@@The_Valy haha

[@gausts]

@@The_Valy pretty sure its the default youtube thumbnail

[@ZeroSleap]

Well not exactly,as he said gravity changes with height,meaning that acceleration get lower the higher up so technically we also have very slight increase of acceleration as it falls down. But we now know that's wrong as shown by our lord and saviour gatis.

[@currymunchar]

Gatis: "factories probably use smart technology" Me: but you're defiying gravity.

[@BonesMan1]

Imagine just setting there and suddenly you get an idea of testing gravity with toilet paper.

[@tripaloski_6971]

Yeah this dude probably thinks about stuff like that all the time

[@shambalamba]

Its as strange as an apple.

[@georgepolychronopoulos647]

He’s a genius from another galaxy, don’t question his unparalleled intelligence just because you can’t understand it

[@stevethea5250]

@@tripaloski_6971 Well I have to say forever in my life, I couldn't open a bank account, and that is with HSBC. It's not because of eligibility, it's because the rude and arrogant attitude of HSBC employees towards new customers. Here is the story. My mum was trying to open this global currency account with HSBC. We did online application and all went well except need to go to Canberra branch to verify her identity. We went there with all supporting documents and expect it is a simple and quick turn around, but HSBC Canberra branch employee completely pissed us off and shocked us that opening a bank account could be that complicated and difficult. The lady serving us was not verifying my mum's identity but rather telling us something we already know from the web (like this fee that fee, interest rate blah blah blah) and also asked a lot of questions which are stupid. For example, why my mum wants multiple foreign currencies in the global currency account? I reminded her please verify the identity and those information we already know and my mum has the right to open up to 10 foreign currencies in that account so please speed up the process. The lady said to us every customer wanted to open account with HSBC has to stay there and listen to her for minimum an hour. I said to her, fine but please hurry up a bit as I do have to go to work and can't stay that long. Then she refused to serve us and said if we want to open the account, we have to make another appointment. Then she walked away and left us with her branch manager. I talked to HSBC Canberra branch manager but that lady is even more rude and asked us to leave. I was shocked HSBC employees could treat new customer like that. Such thing never happened in other banks. I have to say, HSBC, look at how empty in your Canberra branch. If that is your service standard, how could new customer come?

[@OlTrailDog]

You mean you haven't heard? God speaks to him all the time about hidden secrets of the universe. Oh, I see, you probably can't even understand the title code, tssssk tsssk.

[@ivan-zh9lq]

the doll is still there, i cant sleep because of her

[@sakeriyasaleh4820]

At least it's less creepy

[@caseyvint]

thats racist! dolls have lives too its his girlfriend

[@caseyvint]

@@RocketGamingYT also fuck you

[@RogueBeatsARG]

This is definitely an arg

[@KiemPlant]

What doll? Every video I see these comments but there is no doll..?

[@Skywarr405]

If only the Large Hadron Collider was calibrated with this level of precision

[@keops4841]

This guy just figured out the law of acceleration by himself , it is sad that nobody taught him that but at the same time it is wonderful he found it ou alone , he is just born at the wrong time of history , 500 years ago he would be considered a pure genius

[@non-inertialobserver946]

ok boomer

[@gjeraldh2989]

@@non-inertialobserver946 wow you're so funny 🤣 😆 😂 😄 💀 😭 🤣 😆 😂 😄 💀 😭 🤣

[@KiemPlant]

For people wondering why it unrolls faster when you hold it higher: Because there is more toilet paper hanging down when you hold it higher up there is more material gravity is pulling down on one side of the roll than the other, which creates a greater pull on that particular side of the roll, making it unroll and speed up faster. When you hold it closer to the ground there is less toilet paper hanging down at any given moment so there is a smaller pull, which makes it speed up slower. If the weight of the toilet paper times the gravitational acceleration is less than the force required to get the toilet paper rolling you either need to give it a kickstart, or hold it up higher. And if it's lower than the required force/pull to keep it rolling you obviously have it too close to the ground. It's very similar to the so called "Mould Effect"

[@bilbobaggins3739]

Very interesting thank you

[@VijayshankerSingh]

Hey gatis I analysed your experiment and found something which was ignored by you. When you unrole the paper from high it has less length to unrole as distance between roller and ground is large so a large part of paper was already unroled so it takes less time. If you do the same experiment with height equal to paper length it has nothing to intolerance so take time zero to unrole. But anyway, You are the best! You thought us many things Thank you very much. We love you! Keep making videos we learn many things from you!

[@mrmaori5769]

Should we tell him Time travelers you know what I’m talking about

[@tripaloski_6971]

No bro he'll understand by himself

[@tsarnick2853]

He's only got like 3 months til he finds out

[@menantumakawak]

@@tsarnick2853 it's 2 days in my universe

[@eydu7386]

@@menantumakawak 2 days ago in my universe

[@tsarnick2853]

@@menantumakawak damn bro you must be one of the beta universe travellers

[@tylerjennings7412]

So we not gonna talk about those paper plates on the wall-

[@TooTurntTodi]

Shhhh🤫🤫🤫

[@CallYourFriends420]

Are you crazy??? Pshhht

[@ilker6467]

I dont understand

[@Jabawokky]

I think it's a beautiful work of art

[@nielsny310]

He's already in the 4th dimension, such as in Interstellar. He's trying to contact us guys!

[@andersmidtgard6584]

Great people in history: Einstein, Leonardo Da Vinci, Newton, Walt Disney, Elon Musk and last but not least, Gatis Kandis.

[@georgepolychronopoulos647]

Got these candies*

[@tomasangel797]

The title is hidden: "Gravity Paradox" and the rest of the letters and numbers are "FE 25 78 A4 38 40 96 53 06"

[@looz727]

Is is possible there are meaning in those remaining letters and numbers? Those are hexadecimals, im guessing it might be an ip for us to ping

[@looz727]

also, isnt it FE 25 78 A4 38 40 D9 65 30 6 ? there is a D in between 0 and 9

[@kapilbusawah7169]

Can we just talk about the Gatis paradox where he seems insane but is actually the voice of reason

[@felixb.1756]

Gravity is actually weaker when you are higher because you get further away from the center of gravity of the earth. The only reason why this works is because when you are higher, the toiletpaper at the end is longer, that means it's heavier so it pulls much more on the rest of the roll. Ps.: Sorry for my bad English I'm Austrian

[@kevinsundelin8639]

Your english is great mate!

[@felixb.1756]

@@kevinsundelin8639 thanks, i'm watching a lot of english KZbin videos to improve it.

[@felixb.1756]

@@OlTrailDog I agree but it just isn't right, that gravity gets stronger when you get further away from the center of mass of the earth.

[@Shsjdjdjdjdjdjdj]

He is too fckin genius.

[@stian55]

Nobody: The doll in the background: 👁️👄👁️

[@ToxicFruitSnack]

StyTheLonelyGuy me: 😨

[@DaNickKittu]

Gatis exactly knows where the highest part of the screen is.

[@ScibbieGames]

"I'm again going to roll it down to the ground before letting go" Oh.. Right...

[@igormajer7120]

This means that planes will use less fuel if they don’t fly so high!!!

[@thyst7014]

just use hover cars i guess

[@1337_Lore]

Wife: darling, how come we ran out of toilet rolls again. That's the fifth time this week and it's tuesday

[@S2I2]

“If it does then that means gravity is higher when it’s higher”

[@michaeljayzamoras4703]

That's the paradox lmao

[@sufyaankhan3602]

No cos when its higher less of the tissue roll is on the floor so more weight is unrolling it. But when its lower more of the tissue roll is on the floor so less weight is pulling it down so its slower.

[@Manfrommars808]

Super sexy sniperwolf ASS (*_*)

[@bricescanlon4049]

@@sufyaankhan3602 shhh let him enjoy himself

[@sufyaankhan3602]

@@bricescanlon4049 😂😂 I'm just trying to help

[@daffyduck9910]

This discovery may fill the gap between General Relativity and the Quantum Theory!

[@enrott8560]

No it's simple. Those are all lies propergated by free masons into universities and school curriculums, in fact Newton and Einstein are frauds and the earth is actually flat.

[@statu5987]

“Gravity is higher when it’s higher”

[@sniazy7200]

-Gatis Kandis (2019)

[@nishant2279]

The release date of No Game No Life season 2 is hidden somewhere i that title.

[@eripang3431]

Dont do that,dont give me hope

[@ephraimbechler999]

Can’t happen

[@MrFram]

July 23rd, 2291

[@EpicAglet]

I think he will win nobel prize. Since this has nothing to do with bells.

[@llawliet6542]

Her: I love your accent, say it again. Him: My nem is Ga tis Kaaandis

[@yassiraykhlf5981]

2:00 My room when i was single P.s im still single

[@ToxicFruitSnack]

cow_047 yes

[@butterbean_01]

Dear gatis, I'm serious, the solution is simple: the floor is higher relative to the painting thing when you have it lower, so less paper is pulling down the roll

[@f.e.l4986]

No

[@Random-zk2sc]

No

[@Joskadel]

No

[@SultanOssas]

No

[@Djlsk411]

No

[@joserobles11]

The reason of this results is that you are forgetting that the distance where you are unrolling the paper and the floor is higher when you put it above you head and so the energy of the paper is higher and when you unroll a bit, it will pull the roll stronger due to the potential energy that is lost and thats why it unrolls more quickly. And otherwise when you try to do that with less heigth it will take more time because the paper falling is pulling more softly. If you want to try that out just unroll the paper on a platform with the same distance every time and you will see the results are almost the same because the difference in the gravity is that little that you wont be able to measure a noticeable difference, plus there are some other inperfections such as the strength of the paper rolled and the friction in the bearing affects like a billion times compared to the gravity force in the results. Your curiosity is very impresive and you are very clever thinking about the way that things interact with each other. Keep doing this ;) . Thanks for reading it!

[@hoesmad24x]

From comedian to scientist, this guy got many guts

[@klausbdl]

Gatis this is called Gravitational potential. The higher you go, the higher the energy is. It's like pulling a rubber: the more you push, the more potential energy you get before releasing.

[@StarOnCheek]

Just in case someone doesn't realize why it actually goes faster when it's higher, it's because when the paper roll is higher the amount of hanging paper is also higher therefore more potential energy if you did that experiment without the floor to limit the amount of hanging paper the results would change

[@developerfilip]

Look who it is!!! My biggest KZbin inspiration that let me create my own content! Thanks Gatis Kandis!!!

[@wolfpriest6954]

It's get this candies

[@developerfilip]

@@wolfpriest6954 mm tru tru :D

[@kevinsundelin8639]

His name is actually get disc can this

[@OlTrailDog]

Ahem...., I don't want to burst your bubble, but posting replies to video isn't really considered to be creating You Tube content.

[@developerfilip]

@@OlTrailDog Nope - but its interaction with the public :) You will find my content on my channel :)

[@AnkushGautam.]

"Sombody is calling me, i have to call him back."- Gatis candies

[@Whadduphomie]

This man is a off brand “crazy Russian hacker” and I’m loving it

[@abadonanariunaite633]

He's from Latvia! :)

[@livinglikejay8362]

Gatis Kahhhndis. I love when he says that. Always my favorite part of every video of his

[@andresshamis4348]

Gravity isnt higher the higher it is, its just since the paper roll is higher there is more distance from the roll to the ground where the paper is hanging pulling more paper, so if it is low there is not much paper hanging to pull down but if its high then there is more paper pulling down... idk if I explained it well but thats what is happening

[@temaku8971]

this and also if he pulls it down to the floor then when he starts higher, he has already pulled some paper out to begin with, so it has less paper to cover

[@kirkooni6041]

Subtitles: hello everybody my name is got this can this😶

[@KiemPlant]

Lmao

[@georgepolychronopoulos647]

FOREIGNWOLF got these candies

[@geometrydash-krokoo-6503]

Got disc on this

[@roach2268]

I got goddess Candace lmao

[@everydayimbecile3940]

2:53 it's the FBI

[@zyoberry]

his smile and laugh are so precious. protect this guy at all cost

[@NewbyTon]

It's actually because the second run starts off with more toilet paper, so it needs to roll less in total The speed is because the more toilet paper is hanging down the roll so more force from the previous fall is pulled on the roll

[@Androiski]

no, its cause gravity paradox

[@wolfpriest6954]

It's because it has more potential energy at higher height

[@skaar1143]

lemme confuse people who come late FE2GRA57 VI8A 43TY 8PA4 0D96RAD530X06

[@cheesycheese60]

Yeah that'll be hilarious

[@denisify5425]

dude im 6hrs late what is this supposed to mean??

[@T9999]

i for some reason enjoy watching these

[@The_Valy]

Almost everyone does

[@T9999]

@@The_Valy i guess

[@OlTrailDog]

Well, it was either this or some teenage twit from Scandinavia floating about in a sailboat blaming her parents for ruining her life..."How dare you!" . She doesn't know that is every parent's job.

[@sarcadim2919]

You doing crazy and sensible things at the same time . You make me go crazy.

[@ayushkumarsingh616]

Nice experiment! The force trying to rotate the toilet paper roll is the weight of the overhanging paper, this multiplied by the distance to the axis of rotation gives the torque generated. Since the weight of the overhanging paper is directly proportional to the height of the roll, therefore the higher the roll the higher is the torque produced and hence the higher angular rotation. Assuming we don't go too far away from the surface of the Earth.

[@deepfriedmackerel2263]

I ran out of toilet paper like 2 minutes ago, and youtube recommended me, wtf

[@undersky596]

Hang in there Gratis, the seals are assembled, we have the longitude, we're just processing the latitude. Stay strong.

[@sato83]

I can feel his seriousness...

[@chichan9013]

You are a genius!

[@whoozworldizthis4221]

Nice cover up with the laugh "ha I'm so excited!" :)

[@bhadraka2130]

this dude went from teaching us how to open a gate to this

[@Lawi_Jake]

The higher it is the longer the roll height which equates to heavier pull of the roll. Thank you Lord Gatis

[@literallyDH]

everybody gangsta till the title says the WiFi password

[@baldingmustyratcentral]

The amount of patience he has though

[@achintyabhattacharyya3340]

Hey Gatis, Actually,u r correct, I am trying to point out why, Please Forgive me if I make any mistakes. Let, v = Final Velocity of tissue paper u = Initial Velocity of tissue paper g = acceleration due to force of gravity t = time taken by the tissue paper to cover the distance h = height of the tissue paper above ground We Know, h = u * t + 0.5 * a * t ^ 2 so by isolating time we see , 2 * (h - u) / (g = t ^ 2 Now, as we see Height is directly proportional to time but only if g is constant But g is always changing depending on may factors like the rock density an all... Moreover, the mass of the tissue paper is very low so it is affected by air pressure , therefore, the readings are different than expectations I hope I could probably explain the phenomenon Again i am sorry if i made any mistakes

[@Krazzy88]

The title is a location to where he keeps hostages.

[@amudhavalli4525]

actually when u hold it higher ur unrolling little longer amount of paper to touch the floor ......it adds up some weight so with more weight it unrolls faster....

[@JustADioWhosAHeroForFun]

Gravity paradox? This man is Sigma from Overwatch

[@BedNN]

This can be explained, the higher toilet roll has a longer length that is not to touching the ground, this means that there is more force pulling on the roll (as once it reaches height 0 it will apply no force to it)

[@BedNN]

Theses more mass therefore weight on it

[@yonahweiner]

In the case where the height of the roll is the same as the length of the toilet paper, it takes zero seconds

[@jasonbartu]

It is because of mechanical energy. Because of energy constant potential energy that when you but it higher from ground turns to kinetic energy. If you want to think with formulas m.g.h=mechanic energy and 1/2mv^2 is the definition of kinetic energy.

[@truero]

“I’m gonna measure how long the toilet paper takes to go to the floor” -Gatis

[@jihyeoneom8117]

THE TITLE IS SPEAKING THE LANGUAGE OF GODS

[@drakou111]

This is not caused by the gravity being higher the higher the toilet paper is. Its just that, when you start it higher, there is more weight between the toilet paper and the ground that pulls the toilet paper (since, when the sheet of toilet paper touchs the ground, it doesn't pull it anymore). For example, if you put it 1 meter high, there will be 1 meter long of a sheet of paper pulling the toilet paper and, if its at 5 meter high, there will be 5 meter long of sheet of paper pulling it (so, in that case, should be 5 times faster).

[@injesusname3732]

more weight pulling from the bottom, the higher the tp is

[@ezycuberz4563]

This videos description: How to unroll the toilet paper 2 times faster.

[@bananachild1936]

Gatis Kandis back at it again. He's been slowly but secretly sending coded messages to his fellow Uranian bretherens from Uranus.

[@sTeVe-vl3nh]

He speaks the truth, if you put the toilet paper on the floor it will even take more then 36 seconds!

[@johnclarencemercado4218]

I'm just waiting for that doll to move on it's own.

[@Knowlesy.]

I just love how inaccurate the testing is but it's hilerious, but at least I understand it's a joke unlike most people

[@snailsgarden3055]

This is one of your coolest videos ever!

[@jashanbatth7118]

Gantis I have suggestion for you when you hold it at height the length of toilet paper touching floor is more than as compared as you hold it at lower height as a result at height it gets unrolls early ( also more toilet paper exert more force this is also reason why at height it unrolls ultra fast)👍

[@Indicxficial]

Okay, this theory is not completely wrong but it isn't also completely correct, since the paper roll is lower the weight applied to the rotation of the painting thing is going to be slower and if the paper roll is higher and the paper touches the floor too, there's going to be more weight that pulls down faster the paper and makes the roll go faster, is the same thing as when you try to pull a truck with chains alone and compare it to pulling it with more people, it's obvious that you're going to make it move much faster when there's people helping you pull it with you than when you're pulling it by yourself alone , let's say the people is the amount of paper that is not rolled and is already hanging, the more amount of paper the bigger is the force applied pulling from it, I hope you guys understood because it's kind of hard explaining this without showing examples.

[@lukatrdina5108]

Gatis, the problem is the floor. When you test for lower, the length of the paper that is still falling (aka, has not yet touched the ground) is much shorter than when you roll it from up higher, so the force pulling on the paper roll is lower bc the mass of the falling paper is lower, not because of inverse gravity

[@Shogun6155]

The reason is because he is u rolling it to the ground before starting the timer. It takes less paper to touch the ground when it is lower than when it is higher, meaning that that the higher it is the more of an advantage it has due to having a major head start. Like for example when it was lower it went so slow at start because it wasnt unrolled enough to start the momentum while when it was higher, he had passed the slow part because he rolled it more. Its a dumb experiment and im surprised no one realized

[@thastayapongsak4422]

I know this is comedy, but the reason it falls faster is because there are more mass pulled down by gravity and therefor more force pulling on the tp roll. more force = more torque, and more torque on the same tp roll will make the angular acceleration or the unrolling faster.

[@omegahuman8518]

this is way better than learning gravitational field strength

[@ojamacuda9745]

Just imagine Gatis teaching you physics. Awesome.

[@ANDROID-19-jk4el]

He’s a Genius who made time stop look at the clock , the waterfall and the little girl in the background they are all still.

[@therealeren2045]

I know that this is a joke but for those people who are confused this is what happens. The higher the toilet paper is the more paper there was that was pulling it down so obviously the higher you the toilet paper is the more tissue paper is pulling it down. For example if the toilet paper was 5 meters high and I took the end and made it touch to the floor then there would be more paper to pull it down. Now if the toilet paper was 1 meter high and I took the end and made it touch the ground then less tissue is pulling it down. And also the gravity wouldn't change much even if you went up about 10km high. Since the gravitational constant is so small (6.67x10^-11) you would need to be way further from earth to see a difference in gravity so moving it a few feet higher isn't a factor as to why it unrolls faster.

[@LeBoThBu]

Yeah it's about how much toilet papper drags down the rest

[@tudorchismiami17]

It's the length of the toilet paper that increases the higher you hold the roll, thus more weight pulling down

[@S2I2]

I clicked for the little doll in the thumbnail

[@aidan10359]

There’s the gravity on the toilet paper from the small amount of area from the lower location to the ground and on the second one there is the same gravity plus the extra length higher so overall more gravitational force will be pushing down on it, it doesn’t matter where the roll itself is

[@rakvian]

The toilet paper that pushes down the roll is throne between the roll and the floor, the more distance you have from the floor the more weight of toilet paper will be pushing the roll.

[@alejandrol.b.3954]

we almost have it, just a few more video titles just hold on gatis we are coming

[@MrDainy15]

Not sure if you're interested but by Newton's second law it's mass x acceleration and the mass of the toilet paper when it's higher is bigger because there's more toilet paper in the air which mean the Force down is bigger so it rolls faster.

[@inherentamuhammadamarutsli6288]

hello Gatis. Nice video!. But i think in the formula of the "potential force" that is mass x gravity x height(distance from roll of tissue to floor) .. why is the tissue in the higher state can be faster than the tissue in the lower state? it's not because of the difference in gravity, but because the first fall of tissue has the potential energy that pulls the tissue on it. from the energy potential formula it can be concluded that the first fall of the first tissue roll in the higher state has greater energy that can pull faster the tissue on it

[@mohammedkanabi4346]

The case is not the height, it's that the amount of the toilet paper that pulled down is more because you make it touch the ground and if you pull down the same amount of paper at any the less hight it will result less time and more gravity because the if the amount is more pulls down the the other left faster, as you can see from the video when the amount of the paper toilet gets more the speed increases.

[@snake698]

Gatis this only works at low height differences because there is more potential energy on the higher toilet paper but gravity force remains almost the same Put them 100 km apart (vertically) and it'll work differently

[@Fezezen]

Idk if people believe this or not, if this a joke or whatever, but when you think about it you can understand why it unrolls faster when it is higher. My understanding is that since force is equal to Mass × Acceleration, and acceleration is added speed over time, when the paper is on the ground it does not accelerate anymore, but as it falls it gains speed, therefore the greater the height the paper initially falls from, the higher the speed will be before touching the ground. Since the toilet paper is connected, it will pull the rest of it down with it. That is why there is a noticeable unroll time difference depending on height. I could be wrong, but the concept makes sense based on my understanding of basic kinematics.