How does the newspaper one work? What do you mean air resistance? Edit: I know the answer now thank you to all who responded to my comment. I think I got more reply’s than the actual comment lol. But so many people are replying and I’m grateful but please don’t reply anymore. No hate. 💙
if I was taught physics like this it would be me favorite subject but instead I got a painfully slow talking teacher that only reason he became a teacher was he couldn't choose a better job he couldn't stand anyone just opened videos of random teachers on the internet
Physics at school is a lot less fun, but a lot more useful than this. You learn to understand and work with it, not to observe it. Short demonstrations on those topics would help greatly with getting people interested in it tho.
Well, going from " hey this works due to weird phenomena in physics called X " to this is the math that makes X to work, or explains why is that way is way less interesting for most of people due to how math is taught in school and to the fact that is not that easy to grap to be honest
@@stonehousetales6954No. È semplicemente un flusso continuo uguale, cioè un flusso d'acqua che sembra fermo invece, quindi questo è un fluido laminare. Può essere anche piatto e a forma di spirale, non serve che sia rotondo e dritto
@@stonehousetales6954 Incorrect, theres a video by Captain Disillusion that explains it pretty well, you could also google it and read some stuff if you prefer. It's a fairly common misconception.
@manageablediscomfort7347 "Thanks for your reply! I think today’s generation has so many tools and tech that make learning much more interactive and enjoyable."
The third one is a Non-Newtonian fluid. Which means it doesn't follow Newton's law of viscosity(look it up). It makes a solid form when more pressure is acted upon it, and becomes a liquid we little pressure is acted upon it. One example of a Non-Newtonian fluid is Oobleck. Hope this helps!
@@Wh1tePhantom Cohesion is attraction between molecules of the same substance (in this case - flour). Adhesion is attraction between molecules of different substances. To put it simply flour molecules stick to each other and prevents it from falling between the gaps.
physics is still magic even with logic, specifically in the quantum realm. that stuff is genuinely mindblowing even after knowing all of the math behind it.
that’s the way to go, it does give you a sense of physics by just riding, sense of speed, momentum and distance. Cycling really does give you a beautiful and unique perspective on life
If anybody was wondering the third one is corn starch with water. It has solid particles and liquid particles in it. If you put something in slowly or move your finger in it slowly, the liquid will react and the solid particles will have enough time to move out of the way so your finger can continuing moving slowly. But if you punch it really fast and hard, it’ll feel like a solid because even though the liquid particles move out of the way, the solid particles won’t have enough time and they will just stay in place causing it to feel like a solid. What’s funny about this is that you can run across it yet if you stand still, you’ll drown. Hope this helps if anyone was wondering and correct me if I’m wrong about anything please.
1. flour just be like that 2. Atmospheric pressure 3. Non-newtonian fluid 4. Newtons 3rd law (more or less) 5. Parallax effect or wind resistance (comments are split) 6. Laminar flow
This is what they need to show kids. Physics was my favorite science class only because I felt it made sense and i got good grades, not because we ever did anything cool.
@@chrisjansen1943Kinda privileged of you to assume practical demonstrations of the kind shown in this video are widespread even within a country. Nothing to do with 1st or 3rd world. Plenty of 3rd world students experience this just as plenty of 1st world students. It’s about the teacher, their enthusiasm to teach, and the accessibility provided to them. A lot of educators go just to collect a cheque without real passion.
It's also because when there are clear skies there is no frame of reference so the plane appears to not move because your eyes need that frame of reference to judge how things are moving.
I swear science teachers have it the best. Chemistry and Physics have so many cool practical demonstrations like these. They really help kids get interested and pay attention. As an English teacher, I can’t say that I’ve ever managed to wow a classroom by conjugating a verb or writing an intro paragraph haha 😂
I really appreciate videos like these. In the outside world, learning is so demonized and I always thought of physics as boring and hard to learn. But seeing videos like these, I become intrigued and it changes my outlook on what learning physics could entail. I think as a society we should all change our attitudes around education and view it as the gift it really is. Many people around the world would kill to get the education that so many of us have access to today.
If the government get rids of the DOE it’s going to be damn near impossible to get children in lower income cities, towns, and states to have the resources to even give a proper education.
@@20max02ОТКУДА ТЫ ЗНАЕШЬ ПРО МАГИЮ? ДАМБЛДОР ВСЁ СКРЫЛ. НЕСНОСНЫЕ МАГЛЫ, ГОВОРИ АДРЕС, ЗА ТОБОЙ ВЫСЫЛАЮТ ХАГРИДА. ЕСЛИ В МИНЕСТЕРСТВЕ МАГИИ УЗНАЮТ О ТЕБЕ, ТО ТЕБЯ УПЕКОТ В АСКАБАН!!!
@@siemanauraMC89 I don't know what that one was, but corn starch and water will do it. Can make it yourself easily. It's pretty trippy, run your fingers through it slowly it will be a liquid. Do it quickly, it's hard as a rock.
This is why I always loved physics - it can do the coolest, most mind bending stuff. But it’s also how the world works so you can see it at play in the world and have an explainable reason and formula to calculate out how it works that way.
For those who don't know what the slime-like white stuff was in the 2nd vid, it's called oobleck, which is a special matter that's made of water and cornstarch. The reason why I didn't say "liquid" but instead "matter" is because if you put pressure on it, it will become hard like a solid, but if you don't put pressure on it, it becomes a liquid.
I wish we did more hands-on experiments in class instead of focusing on equations that don't seem relevant or helpful. With experiments, you get to have fun while actively engaging with the material, which helps you understand and remember the lesson better.
Some teachers were 💩 shit . Everyone who got our screaming 😱 maths teacher learned virtually nothing in two years. She got the bullet. The teacher we got for the last two months learned us so much and made it interesting. Unfortunately the damage was done.
I agree there needs to be more hands-on experiments but the numbers are necessary. They’re teaching you more than logic, they’re teaching you baselines and starting points so as to feasibly work with these concepts and materials in the real world. Experiments are the food but equations are the cookbook. Experiments without equations are like being told “make me a blueberry pie that has a couple of blackberries in there”. The equations are what show you the 3 tablespoons of flour, the 1.5 tablespoons of water, the half cup of blueberries, yada yada yada so that you can move forward satisfactorily. Without equations, these things have no concrete workability. They have no foundation of properties. They’re just beautiful concepts of nature. That’s great and all but I’m sure when your city employs a civil engineering firm to build a bridge, you want their understanding of the task and challenges ahead to be greater than just “so they say triangles are the strongest so let’s use triangles.” no. I imagine you’d want someone who understands the ratio of 4140 steel’s properties as it progresses from a 3 foot I-beam to a 4 foot beam and a 5 foot, and the necessary compression strength of the cement to not crack while handling an average of 40,000 pounds being on the bridge at any given time but with trucks it’s assumably up to 170,000 pounds, how much surface area needs to be drained of water given one inch of rain falls in an hour, and it goes on. Experiments and fun help you understand and remember better absolutely, but numbers help you apply it to real world tasks safely, reproducibly, and efficiently. They have to coexist.
what are you talking about the equations are not relevant or helpful? it's just a language of pshyics bro. Like English, Spanish. Math is used to EXPLAIN the way it works. there's to different sides too it. Concepts and Math. If you truly want too know about it you need to double down on the math part man.
Bueno el 5 parece que también estuviera recibiendo el viento en contra, creo que eso disminuye la velocidad necesaria para que el avión obtenga la sustentación
И что ты усвоишь от этих показанных опытов? Решишь формулу что ли? То что показывают в школах - достаточно для понимания. Просто не везде есть возможность показывать практику.
Flour doesn't pass through a sieve if it's too dense or moist, forming clumps that don't break apart. Ground grains pass through because they don't form dense lumps, maintaining a more loose structure. When you hit a stick, its narrow and solid form allows the energy of the impact to spread quickly along its length, causing it to fly off to the side. A newspaper, on the other hand, is thin and flexible, distributing the energy of the hit across a larger surface. This makes it less stable, causing it to tear rather than fly off. A non-Newtonian fluid, like a mixture of cornstarch and water, behaves this way due to its unique properties. When struck sharply, the cornstarch particles block each other, forming a temporary solid structure. When immersed slowly, the particles are able to shift, allowing the fluid to remain soft and flowy. The egg can withstand the weight of vertically stacked heavy pancakes because the load is distributed evenly across its surface. The egg's strong outer shell can handle pressure when applied along its symmetrical axis. This minimizes the risk of cracking, as the force is spread rather than concentrated on one point. Hope I explained it clearly
да, но увы, до людей не доходит, что надо не вбить в головы предмет как молоток в доску, а привить к учёбе любовь. либо не доходит.. либо отсутствует мотивация, потому что кому вообще нужны старания с вечной нервотрёпкой при ЗП 25К.
@@ТимурГафуров-ы3дНе ничтожен думаю,а хрупок,у Бога ,природы столько вариантов стереть нас с лица Земли,а мы к тому ж ещё и сами очень стараемся.😮😮😮🎉🎉🎉
I wish I could do the math associated with physics. I have a disability where I can’t picture anything in my mind so I found physics, chemistry, and trigonometry very difficult to learn. I could never remember the formulas for the questions on an exam. I know now they often give you the formulas on the exam but back in early 1990’s they made you memorize them and I could never do it. I didn’t realize everyone else could picture them in their head and just thought I was stupid and didn’t get it. I am now a Special Education, ELA, and SS teacher, but still don’t get the advanced mathematics. Would love to try learning them again in another college class in the future, especially physics. I still haven’t given up on that goal.
@@carmenlynn5441artistry and mathematics/physics/chemistry are WILDLY different things. sounds like you're just a prick lmfao, assuming you know more about someone's own brain than they do when they've lived with it their whole life 💀
The part where he can punch the substance but it becomes liquid when he taps it reminds me of something. When you use anger and aggression then your opinion will not convince people, but when you welcome people into the garden of your opinion then that is how you make the most impact.
Зачем зафорсили этот тупой мем. Школьная программа физики со своими эбонитовыми палочками ничему не учила. У нас даже практических занятий не было, втупую задрачивали учебник, переписывая в тетрадь формулы
@@RusXDDDD3they actually are. Physics is not just about hard math stuff is everything to do with a behavior of nature. I dare you to go and find out why non newtonian shear thickening fluids act the way they do and explain it here. Without the obvious molecules "jam". Tell me why they jam.
Actually not, what's happening here is the directions and screen placement to create a illusion. As the plane and vehicle are moving opposite ways with the screen centered on the plane it appears for it to be staying still in motion. They move in opposite ways with the camera center focusing on the plane. The plane is moving you need to go into 3D and angles. So the camera is looking at the plane at a angle as it is moving in the opposite way of the plane where they meet at a point creating the illusion. They need to be at the right speed like the car is at a steady speed and the plane is in landing speed which perfect the illusion
The plane is moving but the video is in reverse. The car is travelling in the opposite direction, but is far closer to the buildings than the plane, so the car appears to be going super fast (or the plane super slow).
When you put flour in a strainer, it doesn't immediately fall through because of the interaction between the flour's physical properties, the mesh size of the strainer, and external forces. This phenomenon can be explained using principles of particle physics, material science, and even fluid dynamics. 1. **Particle Size and Mesh Size** Flour consists of fine particles that are much smaller than the mesh of the strainer. However, the particles are not uniform in size or shape, and they often clump together due to cohesive forces. These clumps are larger than the individual particles and can temporarily rest on the mesh of the strainer until an external force, such as shaking or tapping, breaks them apart. 2. **Cohesive Forces** Flour particles are subject to cohesive forces such as: - **Van der Waals forces:** Weak intermolecular forces that cause particles to stick together. - **Electrostatic forces:** Friction from handling flour can create static electricity, making particles attract one another. - **Moisture adhesion:** Even a slight amount of moisture in the air or the flour can cause particles to stick together, forming clumps that resist passing through the strainer. 3. **Weight vs. Force of Friction** The weight of the flour particles and clumps must overcome the friction between the particles and the mesh. In most cases, when flour is initially placed in a strainer, the downward force of gravity is insufficient to break the clumps or force individual particles through the mesh without additional agitation. 4. **Air Resistance and Particle Shape** Flour particles are irregular in shape, creating additional air resistance when they move. This resistance can slow the movement of particles through the strainer, particularly for finer particles that behave more like a fluid. 5. **Angle of the Strainer** The angle and orientation of the strainer can influence how the flour behaves. If the strainer is tilted, gravity acts more effectively on the flour particles, and they may pass through more easily. On the other hand, a flat orientation allows more frictional contact between the particles and the mesh, reducing flow. 6. **Force Application** When you shake or tap the strainer, you introduce kinetic energy that helps overcome the cohesive and frictional forces. This energy breaks apart clumps and forces individual particles through the mesh. In summary, flour doesn't fall immediately through a strainer because its fine particles tend to clump together due to cohesive forces and moisture, and these clumps are often larger than the strainer's mesh openings. Gravity alone is usually insufficient to overcome these forces, requiring an external input of energy, such as shaking or tapping, to cause the flour to sift through.
I’m amazed at how clueless these ignorant people are. Seems they were not taught thoroughly in school. Pity. Despite the all-in-one rocket ships popular in science fiction stories, going to the moon is a mission best broken into separate parts: achieving low-Earth orbit, transferring from Earth to lunar orbit, landing on the moon, and reversing the steps to return to Earth. Some science fiction stories that depicted a more realistic approach to going to the moon had astronauts going to an orbiting space station where smaller rockets were docked that would take them to the moon and back to the station. Because the United States was in competition with the Soviet Union, this approach was not adopted; the space stations Skylab, Salyut, and the International Space Station were all put up after Project Apollo had ended. The Apollo project used the three-stage Saturn V rocket. The bottom-most first stage lifted the assembly off the launching pad to a height of 42 miles (68 km), the second stage boosted it almost to low Earth orbit, and the third stage pushed it into orbit and then toward the moon. The Constellation project proposed by NASA for a return to the moon in 2018 consists of a two different two-stage rockets. There are two different first stage rocket designs: a crew-only lifting stage consisting of a single five-segment rocket booster, the Ares I, and a crew-and-cargo lifting stage consisting of five rocket engines beneath an external fuel tank supplemented by two five-segment solid rocket boosters, the Ares V. The second stage for both versions uses a single-liquid fuel engine. The heavy lifting assembly would carry the lunar orbital capsule and lander, which the astronauts would transfer to when the two rocket systems doc Because the moon has no atmosphere, you have to bring your own oxygen so you have something to breathe while you’re there, and when you stroll about on the lunar surface you need to be in a spacesuit to protect yourself from the blazing heat of the two-week-long lunar day or the mind-numbing cold of the equally long lunar night - not to mention the radiation and micro-meteoroids the lack of atmosphere exposes the surface to. You’ll also need to have something to eat. Most of the foods used by the astronauts in space missions have to be freeze-dried and concentrated to reduce their weight and then be reconstituted by adding water when eaten.[6] They also need to be high-protein foods to minimize the amount of body waste generated after eating. (At least you can wash them down with Tang.) Everything you take into space with you adds weight, which increases the amount of fuel necessary to lift it and the rocket carrying it into space, so you won’t be able to take too many personal effects into space - and those lunar rocks will weigh 6 times as much on Earth as they do on the moon. A launch window is the time range for launching the rocket from Earth to be able to land in the desired area of the moon during a time when there would be sufficient light for exploring the landing area. The launch window was actually defined two ways, as a monthly window and a daily window. The monthly launch window takes advantage of where the planned landing area is with respect to the Earth and the sun. Because Earth’s gravity forces the moon to keep the same side facing Earth, exploration missions were chosen in areas of the Earth-facing side to make radio communication between Earth and the moon possible. The time also had to be chosen at a time when the sun was shining on the landing area. The daily launch window takes advantage of launch conditions, such as the angle at which the spacecraft would be launched, the performance of booster rockets, and the presence of a ship downsite from the launch to track the rocket’s flight progress. Early on, light conditions for launching were important, as daylight made it easier to oversee aborts on the launch pad or before achieving orbit, as well as being able to document aborts with photographs. As NASA gained more practice in overseeing missions, daylight launches were less necessary; Apollo 17 was launched at night. Really ignorant. Guys you need to read books and be informed. A time machine? Despite the all-in-one rocket ships popular in science fiction stories, going to the moon is a mission best broken into separate parts: achieving low-Earth orbit, transferring from Earth to lunar orbit, landing on the moon, and reversing the steps to return to Earth. Some science fiction stories that depicted a more realistic approach to going to the moon had astronauts going to an orbiting space station where smaller rockets were docked that would take them to the moon and back to the station. Because the United States was in competition with the Soviet Union, this approach was not adopted; the space stations Skylab, Salyut, and the International Space Station were all put up after Project Apollo had ended. The Apollo project used the three-stage Saturn V rocket. The bottom-most first stage lifted the assembly off the launching pad to a height of 42 miles (68 km), the second stage boosted it almost to low Earth orbit, and the third stage pushed it into orbit and then toward the moon. The Constellation project proposed by NASA for a return to the moon in 2018 consists of two different two-stage rockets. There are two different first-stage rocket designs: a crew-only lifting stage consisting of a single five-segment rocket booster, the Ares I, and a crew-and-cargo lifting stage consisting of five rocket engines beneath an external fuel tank supplemented by two five-segment solid rocket boosters, the Ares V. The second stage for both versions uses a single-liquid fuel engine. The heavy lifting assembly would carry the lunar orbital capsule and lander, which the astronauts would transfer to when the two rocket systems doc Because the moon has no atmosphere, you have to bring your own oxygen so you have something to breathe while you’re there, and when you stroll about on the lunar surface you need to be in a spacesuit to protect yourself from the blazing heat of the two-week-long lunar day or the mind-numbing cold of the equally long lunar night - not to mention the radiation and micro-meteoroids the lack of atmosphere exposes the surface to. You’ll also need to have something to eat. Most of the foods used by the astronauts in space missions have to be freeze-dried and concentrated to reduce their weight and then be reconstituted by adding water when eaten.[6]
Se as matérias nos fossem ensinadas com exemplos tão interessentes assim, seria incrível. Mas se trata da motivação do professor e aluno, é uma via de mão dupla.
Потому что теория никому не интересна. Я считаю что нужно поставить монитор в кабинет физики, и перед новой темой в физике, показать сначала на видео такие примеры как в ролике, у учеников возникнет интерес и затем начать учить теорию. Чтобы было уже понимание .
0:54 ламинарное течение. Ничего необычного, такое периодически бывает. Возникает в трубах с низкой скоростью потока при малых значениях числа Рейнольса(число Рейнольса, формула Re= v•d•p дробь n характеризует энерцию ускоренных частиц )
Ламинарный поток и параллакс больше всего зацепили. Также и время, кажется, что его ещё много впереди и даже порой жизнь останавливается. Но это всего лишь иллюзия. Коварная иллюзия
@@verba1690 Про прикол из данного видео не скажу, а в принципе если поток воздуха достаточно быстрый и плотный, то самолёт теоретически может зависнуть в воздухе.
@@verba1690прикола нет. Самолёт летит. Он нигде не завис. Летит. Точно. В видео нет звука турбин,он заменён на музыку. Иллюзия,что самолёт завис. Мои 12 лет в авиации мне не лгут,на этой высоте самолёт бы не завис,а падал. И со стороны было бы видно,что он падает. Здесь летит,снижается или на оборот идёт на взлёт. Посмотрите фото с пляжа Най Янг Пхукет.
I always wondered why no one had made a speed bump out of non Newtonian fluid. That way when you’re going the appropriate speed there is no bounce but if you are speeding it will bounce hard.
Because your just looking at effects, not really understanding it. If I asked you to calculate the necessary size of news paper of the second clip, you couldn't calculate it
Imagine falling in that substance from a great height. You would fall and smash yourself into the liquid as if it is concrete, and whilst your bones are shattered you are drowning.
I like the logic behind D3O body padding for motorcycling. The logic: It becomes as hard as the road when you hit the road. Surely that will lessen the impact of the road!
Месяц назад+7
It's at the heart of everything. It is the most fundamental of all sciences. You can't have chemistry without physics. You can't have biology without physics. Were the laws always this way? Will they change in time? Are the laws of physics different, elsewhere? Are they immutable? Did the laws of physics once exist in a universe devoid of matter? Are physics and matter inextricably and almost _sybiotically_ linked? Can one exist without the other? We always have more questions than we have answers, don't we?
It's not an illusion lol The Earth spins at about 700 mph or so maybe up to 800 mph yet we don't notice it. An airplane only moves at around 600 mph max and when it passes a building relatively close it seems to stop the rotation of the earth for a while. That abrupt stop leads us to see the airplane move backwards as a million pieces of debris come flying from all over the place. LOL 😂😂😂😂
1. Cohesion
2. Air resistance
3. Oobleck (corn starch and water)
4. Weight distribution
5. Optical illusion plus headwind
6. Laminar flow
Isn't number 3 called a Non-Newtonian Fluid?
@@PowerInDesire oobleck is one type
How does the newspaper one work? What do you mean air resistance?
Edit: I know the answer now thank you to all who responded to my comment. I think I got more reply’s than the actual comment lol. But so many people are replying and I’m grateful but please don’t reply anymore. No hate. 💙
@@Cortee85-2 air resists
@ yea but like how is it that strong that a newspaper can withstand the force of that guys punch and even break the ruler?
Physics in reels 😃😍🤩
Physics in books 💀🥴😰
Physics in Book 💀
Physics in reels 😁
Physics in Real 🗿
if I was taught physics like this it would be me favorite subject but instead I got a painfully slow talking teacher that only reason he became a teacher was he couldn't choose a better job he couldn't stand anyone just opened videos of random teachers on the internet
Shorts*
@@gobindpalsingh43shut up
Thats why it is science
Always been a big fan of physics personally, keeps me grounded.
Literally 😂
No that would be gravity @@UnderpaidKraken
@@expensivebuddahNo gravity are physics as well
lol that’s funny … 😄
Mr Newton, I presume.
The guy who put physics in middle must’ve felt so smart
3rd world IQ
FR
but.... it is physics 😢
Love you
finally someone said it
If only physics was this fun and useful at school.
Physics at school is a lot less fun, but a lot more useful than this. You learn to understand and work with it, not to observe it. Short demonstrations on those topics would help greatly with getting people interested in it tho.
Well, going from " hey this works due to weird phenomena in physics called X " to this is the math that makes X to work, or explains why is that way is way less interesting for most of people due to how math is taught in school and to the fact that is not that easy to grap to be honest
I'd settle for physics just being this fun in class
i feel like we should tolerate doing exams and test i feel like we are hated to do it especially from others.
Yeah but here you don’t learn the why or how.
That last one is the craziest laminar flow I’ve ever seen.
Looked like oil
Agreed
it isnt. laminar flow is only ever perfectly straight, it doesnt twist or deform from the perfectly 'round' shape
@@stonehousetales6954No. È semplicemente un flusso continuo uguale, cioè un flusso d'acqua che sembra fermo invece, quindi questo è un fluido laminare.
Può essere anche piatto e a forma di spirale, non serve che sia rotondo e dritto
@@stonehousetales6954 Incorrect, theres a video by Captain Disillusion that explains it pretty well, you could also google it and read some stuff if you prefer. It's a fairly common misconception.
I hated studying physics subject in school..but here i am watching and enjoying it ...
An example of a bad school system. I too find myself learning and in school was quite an unproductive person.
@manageablediscomfort7347
"Thanks for your reply!
I think today’s generation has so many tools and tech that make learning much more interactive and enjoyable."
From a Brawl stars channel full of stolen content
@louisquartersson4555 "Not sure what you mean, could you clarify?"
there's a difference between watching physics happen in videos and memorizing formulas and constants since your academic life depended on it
The third one is a Non-Newtonian fluid. Which means it doesn't follow Newton's law of viscosity(look it up). It makes a solid form when more pressure is acted upon it, and becomes a liquid we little pressure is acted upon it. One example of a Non-Newtonian fluid is Oobleck. Hope this helps!
Nanomachines, son! They harden in response to physical trauma
I don't see what's so odd or "non-Newtonian" about it. It behaves the same way as water, for instance --- just in an exaggerated manner.
Merci !
1. Cohesive and adhesive forces
2. Air pressure
3. Non Newtonian fluids/ surface tension
4. Load distribution
5. Relative motion
6. Laminar flow
What does the first one mean I get the rest
@@Wh1tePhantom Cohesion is attraction between molecules of the same substance (in this case - flour). Adhesion is attraction between molecules of different substances. To put it simply flour molecules stick to each other and prevents it from falling between the gaps.
already written
Relative motion? Bro the plane is floating the pilot paused the game his mom called him for dinner
@Wh1tePhantomyou know when you grab a piece of sand nd sometimes is hard? Like that happens to some quemicals
Physics is like magic if you leave out the logic... It's what keeps the universe working. I wish teachers would've taught it like this at school...
Logic is unlogical sometimes, but you accepted crazy things as a fact
physics is still magic even with logic, specifically in the quantum realm. that stuff is genuinely mindblowing even after knowing all of the math behind it.
Magic was physics before physics was discovered
Taught*
@plahty u think u tought?
I really started appreciating physics when I got a bike
😂😂😂
that’s the way to go, it does give you a sense of physics by just riding, sense of speed, momentum and distance. Cycling really does give you a beautiful and unique perspective on life
😂, specially if you hit a hard place and continuing going forward for the "inertial" force, that will be physically painfull😂😂
LOL
The fact that scientists can’t figure out why bikes balance so well is crazy to me
أعظم رجل في التاريخ وحتى قيام الساعة هو الرسول محمد صلى الله عليه وسلم..
من قرأها يضع قلب فضلا وليس أمرا🌸
Every time I see videos like this I think to myself how cool physics actually is
The same with history. It's all on how things are presented and its applicability.
If they were explained like in this video,I would've become a genius or inventor!
O mais legal é quem as criou. Nosso Deus Todo Poderoso!
Only problem is a lot of the time these types of videos are false and instead show science and chemistry
None of that was physics I hope you know
When you don't learn physics, the whole world seems magical.
As someone who learns physics, they still look magical lol, the world is full of fascinating stuff
Not physics, it's common sense
Physics is just like a baby which is developing by observing the nature with the passage of time
If the whole world doesn't seem magical, you are either burnt out or depressed.
Even scientists know to appreciate the beauty of the universe.
Opposite actually. When you learn physics everything makes sense and become magical.
I love short videos that demonstrate how cool physics are.
😂🎉congrats is another... stupid
NPC ass comment 💀
Almost none of those are actually physics tho the plane is just an optical illusion the egg is tensile strength I think
@Genome_the_gnomelil bro read the comment section 💀
@@GloveUpVR i mean sorry people enjoy content about science?
If anybody was wondering the third one is corn starch with water. It has solid particles and liquid particles in it. If you put something in slowly or move your finger in it slowly, the liquid will react and the solid particles will have enough time to move out of the way so your finger can continuing moving slowly. But if you punch it really fast and hard, it’ll feel like a solid because even though the liquid particles move out of the way, the solid particles won’t have enough time and they will just stay in place causing it to feel like a solid. What’s funny about this is that you can run across it yet if you stand still, you’ll drown. Hope this helps if anyone was wondering and correct me if I’m wrong about anything please.
Damn that’s a lot of typing
1. flour just be like that
2. Atmospheric pressure
3. Non-newtonian fluid
4. Newtons 3rd law (more or less)
5. Parallax effect or wind resistance
(comments are split)
6. Laminar flow
5 it's parallax effect I think
@Sergio-gt4nj yes it's parallax
5 is parallax not wind speed vs flying airspeed. its purely an effect from the observer moving
With 5 though, the buildings are a reference point and the plane doesn’t go past it?
The 3rd one its a ooblek i think
This is what they need to show kids. Physics was my favorite science class only because I felt it made sense and i got good grades, not because we ever did anything cool.
What 3rd world country did you go to school in? I thought this was basic science class
@@chrisjansen1943 You'd be shocked how rare practical demonstrations can be in schooling, particularly around the middle grades.
Jwale rona re kena kae???Bathong
@@chrisjansen1943Kinda privileged of you to assume practical demonstrations of the kind shown in this video are widespread even within a country. Nothing to do with 1st or 3rd world. Plenty of 3rd world students experience this just as plenty of 1st world students. It’s about the teacher, their enthusiasm to teach, and the accessibility provided to them. A lot of educators go just to collect a cheque without real passion.
@@omarmagdy4109 No it's 100% curriculum
I have literally seen planes standing completely still in the sky before it is so unreal.
It means they are going towards you or away from you or that you are going in the same direction, it's very cool.
失速了而已
It's also because when there are clear skies there is no frame of reference so the plane appears to not move because your eyes need that frame of reference to judge how things are moving.
yeah, but what about when your not moving and the plane stays aligned with something in the horizon for 30 seconds. goihng laterally.
We all Literally saw that in this Video bruh
Nah the 2nd one looks like my science teacher's class 😭
Physics truly was so much fun to study. I loved every second of it. Bio is definitely my mainstream science but physics is 10000% in second place
I swear science teachers have it the best. Chemistry and Physics have so many cool practical demonstrations like these. They really help kids get interested and pay attention.
As an English teacher, I can’t say that I’ve ever managed to wow a classroom by conjugating a verb or writing an intro paragraph haha 😂
Sou brasileira e estou aprendendo inglês, neste caso os professores de inglês tem me impressionado sim. 😅😊
Проблема в том, что если ученику интереснее английский язык, то никакими опытами из физики его в эту физику не затащишь)
I really appreciate videos like these. In the outside world, learning is so demonized and I always thought of physics as boring and hard to learn. But seeing videos like these, I become intrigued and it changes my outlook on what learning physics could entail. I think as a society we should all change our attitudes around education and view it as the gift it really is. Many people around the world would kill to get the education that so many of us have access to today.
If the government get rids of the DOE it’s going to be damn near impossible to get children in lower income cities, towns, and states to have the resources to even give a proper education.
Underrated beautifully written short comment ❤
How is learning demonized?
Today they just teach about 300 genders
Finally, a whole video that shows only physics, not chemistry or other subjects
Как же я люблю когда показывают как работает физика-химия.. 🙏
Da!
изучайте магию..... не дайте себя обмануть...
@@20max02ОТКУДА ТЫ ЗНАЕШЬ ПРО МАГИЮ? ДАМБЛДОР ВСЁ СКРЫЛ. НЕСНОСНЫЕ МАГЛЫ, ГОВОРИ АДРЕС, ЗА ТОБОЙ ВЫСЫЛАЮТ ХАГРИДА. ЕСЛИ В МИНЕСТЕРСТВЕ МАГИИ УЗНАЮТ О ТЕБЕ, ТО ТЕБЯ УПЕКОТ В АСКАБАН!!!
Я ждал! Я верил! Не мог русский человек не оставить коммент среди чужаков 😅
For those who have not studied magic, the world is full of physics.
(thx for 1k likes)
For those who haven’t studied physics in the school, the world is full of magic
@@MyFiles-xg3lb dude that was the joke 😅
walter white would say chemistry
@@Tom-qo7ry I know 😂
只要没文化，生活处处是魔法
White liquid: "You can't hurt me, Jack"
"I harden in response to physical trauma"
???
tell name of this liquid xD
@@siemanauraMC89 I don't know what that one was, but corn starch and water will do it. Can make it yourself easily.
It's pretty trippy, run your fingers through it slowly it will be a liquid. Do it quickly, it's hard as a rock.
@@siemanauraMC89 its called ooblek
@@siemanauraMC89Oobleck. That’s actually its name.
If only "physics" made sense to me.
meanwhile that chicken in the egg.. Holding it like Hercules in the cartoon 🤣🤣🤣
There's no chicken in egg it's an enbrio
@@BrayanCarmona-kr7vtlol
Oh just like Herculad the little hercules companion
@@BrayanCarmona-kr7vtTechnically, an embryo in a chicken egg is still a chicken. Just an unborn and undeveloped one
@@vintage-radio technically, it’s an omelette waiting to happen
Bro dropped the hardest physics edit. 🔥🔥🔥
It’s all fun and games punching the Oobleck until until you hit the glass
This is why I always loved physics - it can do the coolest, most mind bending stuff. But it’s also how the world works so you can see it at play in the world and have an explainable reason and formula to calculate out how it works that way.
それを理解されているならば、法華経上中下巻わご覧ください。その先の答えが記されている唯一の書で伝承された書物です🌸
its so satifying when you see something and wonder how it works/happens and you realise you know it because of physics
"Fuckin magnets, how do they work?" -ICP
For those who don't know what the slime-like white stuff was in the 2nd vid, it's called oobleck, which is a special matter that's made of water and cornstarch. The reason why I didn't say "liquid" but instead "matter" is because if you put pressure on it, it will become hard like a solid, but if you don't put pressure on it, it becomes a liquid.
Correct, but it's called non-newtonian fluid
High school physics was the best 😂 … lead bricks, skateboards.. lots of swinging pendulums .. most fun science block ever.. lol
The plane flying backwards is what impressed me the most
Headwind.
😂😂 same
it is just an effect whenever you are driving a car the opposite way a plane is going, makes it look like it stoped
@@djbhi2😂😂😂😂😂😂😂😂
@@djbhi2Nope that clip was played in reverse
Trop stylé 😮
I wish we did more hands-on experiments in class instead of focusing on equations that don't seem relevant or helpful. With experiments, you get to have fun while actively engaging with the material, which helps you understand and remember the lesson better.
Some teachers were 💩 shit . Everyone who got our screaming 😱 maths teacher learned virtually nothing in two years. She got the bullet. The teacher we got for the last two months learned us so much and made it interesting. Unfortunately the damage was done.
I agree there needs to be more hands-on experiments but the numbers are necessary. They’re teaching you more than logic, they’re teaching you baselines and starting points so as to feasibly work with these concepts and materials in the real world.
Experiments are the food but equations are the cookbook. Experiments without equations are like being told “make me a blueberry pie that has a couple of blackberries in there”. The equations are what show you the 3 tablespoons of flour, the 1.5 tablespoons of water, the half cup of blueberries, yada yada yada so that you can move forward satisfactorily.
Without equations, these things have no concrete workability. They have no foundation of properties. They’re just beautiful concepts of nature. That’s great and all but I’m sure when your city employs a civil engineering firm to build a bridge, you want their understanding of the task and challenges ahead to be greater than just “so they say triangles are the strongest so let’s use triangles.” no. I imagine you’d want someone who understands the ratio of 4140 steel’s properties as it progresses from a 3 foot I-beam to a 4 foot beam and a 5 foot, and the necessary compression strength of the cement to not crack while handling an average of 40,000 pounds being on the bridge at any given time but with trucks it’s assumably up to 170,000 pounds, how much surface area needs to be drained of water given one inch of rain falls in an hour, and it goes on.
Experiments and fun help you understand and remember better absolutely, but numbers help you apply it to real world tasks safely, reproducibly, and efficiently. They have to coexist.
what are you talking about the equations are not relevant or helpful? it's just a language of pshyics bro. Like English, Spanish. Math is used to EXPLAIN the way it works. there's to different sides too it. Concepts and Math. If you truly want too know about it you need to double down on the math part man.
@@maruto2030math and music are the true universal languages
nah i don’t want to do hands on work i’m better at taking notes and tests
Song is Untitled 13 for those desperately searching 😂
i wasn't but not that you mention it I will add it to my favourites.
Thanks
Спасибо добрый человек
BLESS YOU DUDE
Tysm bro
Со школы ненавижу физику. Но становлюсь старше и понимаю, что начинаю обожать. Ведь физика это вся наша жизнь, также как и химия
Но так же ни буя не понимаю😊
Saske mulanday Ocho mu Tao mi bicho pendeho supremo 😂😂
I am a biology student 👨🔬🔬
So I can't interested in physics but after watching this video
This is interesting
The last clip is called laminar flow. The liquid is moving so smoothly through channels and lacking in turbulence that it appears motionless.
Thanks
I like having laminar flow when I pee, like the life quote goes.. more cash, less splash. or something like that
okay the ,last two are totally fake i think :D airplane is in the air...not moving???
No shit Sherlock
@@acaustic Most people don't know what laminar flow is. But I'm sure you knew that too, right?
Если прогуливать в школе физику - мир будет наполнен чудесами и волшебством.
Самая заезженная фраза
Больше не чего сказать?
Кто-то когда-то сказал, а остальные и к месту и не к месту повторяют. Достали, чесслово. Свои-то мысли не рождаются?
@@Вячеслав-о9р Слово «нечего» - это местоимение. Русский тоже не стоило прогуливать.
И в бога верить начнешь :D
physics is one of my favorite subjects :)
Physics be taking a break with the ooblec😅🤣
1. Fuerzas adhesión y cohesión
2. Presión atmosférica
3. Fluido no newtoniano
4. Distribución de fuerzas
5. Efecto paralaje
6. Flujo laminar
Bueno el 5 parece que también estuviera recibiendo el viento en contra, creo que eso disminuye la velocidad necesaria para que el avión obtenga la sustentación
Imagine jumping into a pool of oobleck, breaking your bones and then sinking in. 😅
The slow knife penetrates the shield. Lol
The metal outer layer💀
Non-newtonian shield
Came here to make sure this line was referenced. Ya Hya Chouhada!
honestly these types of videos either get 10 likes or a million
Вот такую физику нужно показывать в школе чтоб каждый ученик полюбил этот предмет!!!!
Жалею что не любила физику....
И что ты усвоишь от этих показанных опытов? Решишь формулу что ли?
То что показывают в школах - достаточно для понимания. Просто не везде есть возможность показывать практику.
Эбонитовую палочку не показывали что ли? 😂
@Денхам29 Это вы спросите у Уральских пельменей 😁😁😁
А не тряпками кидаться, как у нас в классе. Физика и химия - самые поехавшие преподы были.
А нам повезло. Мы опыты делали. Лабораторные работы. Наглядно все понятно и лучше понимаешь.
если не изучать магию, то конечно всё будет казаться физикой
Flour doesn't pass through a sieve if it's too dense or moist, forming clumps that don't break apart. Ground grains pass through because they don't form dense lumps, maintaining a more loose structure.
When you hit a stick, its narrow and solid form allows the energy of the impact to spread quickly along its length, causing it to fly off to the side. A newspaper, on the other hand, is thin and flexible, distributing the energy of the hit across a larger surface. This makes it less stable, causing it to tear rather than fly off.
A non-Newtonian fluid, like a mixture of cornstarch and water, behaves this way due to its unique properties. When struck sharply, the cornstarch particles block each other, forming a temporary solid structure. When immersed slowly, the particles are able to shift, allowing the fluid to remain soft and flowy.
The egg can withstand the weight of vertically stacked heavy pancakes because the load is distributed evenly across its surface. The egg's strong outer shell can handle pressure when applied along its symmetrical axis. This minimizes the risk of cracking, as the force is spread rather than concentrated on one point.
Hope I explained it clearly
Спасибо, что объяснили!
@ludmiladenisova9973 Не за что😁
Жаль что на последнее видео ответа нет, знал все кроме последнего
Capo. Sos profesor de física?
Thanks for the info!
Last one is insane 😮😮 physics in reels but physics in books😅😅 ☠️☠️
Who agree ...............................
Wow so many likes🎉🎉 we got famous
Если бы в школах так физику преподавали, то детям стало бы интересно изучать этот предмет
completly
Я согласен
да, но увы, до людей не доходит, что надо не вбить в головы предмет как молоток в доску, а привить к учёбе любовь. либо не доходит.. либо отсутствует мотивация, потому что кому вообще нужны старания с вечной нервотрёпкой при ЗП 25К.
here they are
@@CHRISBOGGETT I do not understand Russian i just used Google Translate.
Ламинарное течение на мой взгляд жуткое зрелище. Как будто время остановилось
Жудкое время, это приливы и отливы на Северном Ледовитом океане, глядя на это, понимаешь, как ничтожен человек.
Самолёт ещё пугает
Lol it's fun and easier than you think and also non newtonian liquid is fun also!
I personally absolutely love it
@@ТимурГафуров-ы3дНе ничтожен думаю,а хрупок,у Бога ,природы столько вариантов стереть нас с лица Земли,а мы к тому ж ещё и сами очень стараемся.😮😮😮🎉🎉🎉
Когда плохо учил в школе магию, всё кажется физикой 😅
С самолётом самое эффектное. Даже если учил , мозг отказывается верить😂
@@sailensvs5491а что за прикол самолетом?
@@narilcrowЭто совпадение в скорости двух предметов через промежуточную точку взгляда. По другому называется, обман зрения
I still prefer to think that the pilot of the plane just stopped to ask for directions 😂
Физика ,психология ,философия эти предметы бесконечные и этим ещё интерестней .
Вы заметили что шутки про изоленту не шутки? Однако синяя все равно попрочнее будет.
@@mrazota666про изоленту шуток нет потому что, это Америка тут нет такого как "синяя изолента лучше", для нас все по своему хорошее)
@@Finnprotogen где ?? Причем здесь Америка? Причем здесь вы? У "ВАС"? От географических поясов свойства изоленты не меняются. Это же очевидно.
@@mrazota666 где я сказал про свойства изоленты? Я просто сказал что для нас вся изолента нормальная
@@Finnprotogen скажите, вы говорите на русском или пользуетесь переводом?
I wish I could do the math associated with physics. I have a disability where I can’t picture anything in my mind so I found physics, chemistry, and trigonometry very difficult to learn. I could never remember the formulas for the questions on an exam. I know now they often give you the formulas on the exam but back in early 1990’s they made you memorize them and I could never do it. I didn’t realize everyone else could picture them in their head and just thought I was stupid and didn’t get it. I am now a Special Education, ELA, and SS teacher, but still don’t get the advanced mathematics. Would love to try learning them again in another college class in the future, especially physics. I still haven’t given up on that goal.
Wait, that's actually classified as a disability? 10% of the world populations got it
Aphantasia is the term you are looking for. Do some research on that and you might find some resources or tools to help you out.
‘I have a disability’ 😂😂😂
There's artists who have aphantasia. Sounds like you gave up without trying hard enough
@@carmenlynn5441artistry and mathematics/physics/chemistry are WILDLY different things. sounds like you're just a prick lmfao, assuming you know more about someone's own brain than they do when they've lived with it their whole life 💀
Одно из самых интересных фактов....Тонкая грань взаимодействия физики и человека.👍👍👍❔❔❔
The part where he can punch the substance but it becomes liquid when he taps it reminds me of something.
When you use anger and aggression then your opinion will not convince people, but when you welcome people into the garden of your opinion then that is how you make the most impact.
Все в мире кажется волшебством, когда ты в школе прогуливал физику
Зачем зафорсили этот тупой мем. Школьная программа физики со своими эбонитовыми палочками ничему не учила. У нас даже практических занятий не было, втупую задрачивали учебник, переписывая в тетрадь формулы
Неужели когда ты записывал формулу не хотелось хоть раз бы попробовать это в жизни😂@@EHOT_AHAPXUCT
Без физики о таких вещах никто никогда не узнает
@@EHOT_AHAPXUCT очевидно, что ты веришь в плоскую землю, экстрасенсов, колдунов и аннунаков. Для таких как ты это конечно же тупой мэм.
А как надпись physic в воздухе держится умник?
Physics in books -🤡
Physics in shorts and reels -💀☠️
npc
Please stop glazing physics
Most of them not even physic i bet you are second grade
@@RusXDDDD3they actually are. Physics is not just about hard math stuff is everything to do with a behavior of nature.
I dare you to go and find out why non newtonian shear thickening fluids act the way they do and explain it here. Without the obvious molecules "jam". Tell me why they jam.
Если не учить магию всё кажется физикой...🗿
😂😂😂
Лучший
🟥作為 指揮下的信仰戰士，信徒有時必須行使教皇授予的權力，透過服從命令，信徒將有機會展現治癒和傳遞力量。 親人可能需要治愈，鄰居可能有邪靈，或者他身邊的某個人可能已經去世。 作為偉大的治療者和救世主，天父總是準備好拯救所有呼喚祂的 Shúam（名字）的人。
@@YHWHYHWH are you talking about chinese Jesus?
That egg is an absolute unit 🐢🗣🔥🔥
The Plane one always leaves me thinking we live i a Matrix Movie.
We do not though, we live in a They Live Movie.
looks like Play video in reverse to me
Actually not, what's happening here is the directions and screen placement to create a illusion. As the plane and vehicle are moving opposite ways with the screen centered on the plane it appears for it to be staying still in motion. They move in opposite ways with the camera center focusing on the plane. The plane is moving you need to go into 3D and angles. So the camera is looking at the plane at a angle as it is moving in the opposite way of the plane where they meet at a point creating the illusion. They need to be at the right speed like the car is at a steady speed and the plane is in landing speed which perfect the illusion
Also if there is any grammar mistakes put in your own words to make it sound right
I have a buddy that was flying his plane with a ground speed of 0mph and it’s pretty funny bc he quite literally is just hovering
The plane is moving but the video is in reverse. The car is travelling in the opposite direction, but is far closer to the buildings than the plane, so the car appears to be going super fast (or the plane super slow).
Physics in reel:😘😍🤗
Physical in book:🤔😥🤐
Physical in real:🌚🗿🗿
npc
When you put flour in a strainer, it doesn't immediately fall through because of the interaction between the flour's physical properties, the mesh size of the strainer, and external forces. This phenomenon can be explained using principles of particle physics, material science, and even fluid dynamics.
1. **Particle Size and Mesh Size**
Flour consists of fine particles that are much smaller than the mesh of the strainer. However, the particles are not uniform in size or shape, and they often clump together due to cohesive forces. These clumps are larger than the individual particles and can temporarily rest on the mesh of the strainer until an external force, such as shaking or tapping, breaks them apart.
2. **Cohesive Forces**
Flour particles are subject to cohesive forces such as:
- **Van der Waals forces:** Weak intermolecular forces that cause particles to stick together.
- **Electrostatic forces:** Friction from handling flour can create static electricity, making particles attract one another.
- **Moisture adhesion:** Even a slight amount of moisture in the air or the flour can cause particles to stick together, forming clumps that resist passing through the strainer.
3. **Weight vs. Force of Friction**
The weight of the flour particles and clumps must overcome the friction between the particles and the mesh. In most cases, when flour is initially placed in a strainer, the downward force of gravity is insufficient to break the clumps or force individual particles through the mesh without additional agitation.
4. **Air Resistance and Particle Shape**
Flour particles are irregular in shape, creating additional air resistance when they move. This resistance can slow the movement of particles through the strainer, particularly for finer particles that behave more like a fluid.
5. **Angle of the Strainer**
The angle and orientation of the strainer can influence how the flour behaves. If the strainer is tilted, gravity acts more effectively on the flour particles, and they may pass through more easily. On the other hand, a flat orientation allows more frictional contact between the particles and the mesh, reducing flow.
6. **Force Application**
When you shake or tap the strainer, you introduce kinetic energy that helps overcome the cohesive and frictional forces. This energy breaks apart clumps and forces individual particles through the mesh.
In summary, flour doesn't fall immediately through a strainer because its fine particles tend to clump together due to cohesive forces and moisture, and these clumps are often larger than the strainer's mesh openings. Gravity alone is usually insufficient to overcome these forces, requiring an external input of energy, such as shaking or tapping, to cause the flour to sift through.
Chat gpt
@ oops you caught me🤷♀️
I’m amazed at how clueless these ignorant people are. Seems they were not taught thoroughly in school. Pity. Despite the all-in-one rocket ships popular in science fiction stories, going to the moon is a mission best broken into separate parts: achieving low-Earth orbit, transferring from Earth to lunar orbit, landing on the moon, and reversing the steps to return to Earth. Some science fiction stories that depicted a more realistic approach to going to the moon had astronauts going to an orbiting space station where smaller rockets were docked that would take them to the moon and back to the station. Because the United States was in competition with the Soviet Union, this approach was not adopted; the space stations Skylab, Salyut, and the International Space Station were all put up after Project Apollo had ended. The Apollo project used the three-stage Saturn V rocket. The bottom-most first stage lifted the assembly off the launching pad to a height of 42 miles (68 km), the second stage boosted it almost to low Earth orbit, and the third stage pushed it into orbit and then toward the moon. The Constellation project proposed by NASA for a return to the moon in 2018 consists of a two different two-stage rockets. There are two different first stage rocket designs: a crew-only lifting stage consisting of a single five-segment rocket booster, the Ares I, and a crew-and-cargo lifting stage consisting of five rocket engines beneath an external fuel tank supplemented by two five-segment solid rocket boosters, the Ares V. The second stage for both versions uses a single-liquid fuel engine. The heavy lifting assembly would carry the lunar orbital capsule and lander, which the astronauts would transfer to when the two rocket systems doc Because the moon has no atmosphere, you have to bring your own oxygen so you have something to breathe while you’re there, and when you stroll about on the lunar surface you need to be in a spacesuit to protect yourself from the blazing heat of the two-week-long lunar day or the mind-numbing cold of the equally long lunar night - not to mention the radiation and micro-meteoroids the lack of atmosphere exposes the surface to. You’ll also need to have something to eat. Most of the foods used by the astronauts in space missions have to be freeze-dried and concentrated to reduce their weight and then be reconstituted by adding water when eaten.[6] They also need to be high-protein foods to minimize the amount of body waste generated after eating. (At least you can wash them down with Tang.) Everything you take into space with you adds weight, which increases the amount of fuel necessary to lift it and the rocket carrying it into space, so you won’t be able to take too many personal effects into space - and those lunar rocks will weigh 6 times as much on Earth as they do on the moon. A launch window is the time range for launching the rocket from Earth to be able to land in the desired area of the moon during a time when there would be sufficient light for exploring the landing area. The launch window was actually defined two ways, as a monthly window and a daily window. The monthly launch window takes advantage of where the planned landing area is with respect to the Earth and the sun. Because Earth’s gravity forces the moon to keep the same side facing Earth, exploration missions were chosen in areas of the Earth-facing side to make radio communication between Earth and the moon possible. The time also had to be chosen at a time when the sun was shining on the landing area. The daily launch window takes advantage of launch conditions, such as the angle at which the spacecraft would be launched, the performance of booster rockets, and the presence of a ship downsite from the launch to track the rocket’s flight progress. Early on, light conditions for launching were important, as daylight made it easier to oversee aborts on the launch pad or before achieving orbit, as well as being able to document aborts with photographs. As NASA gained more practice in overseeing missions, daylight launches were less necessary; Apollo 17 was launched at night. Really ignorant. Guys you need to read books and be informed.
A time machine? Despite the all-in-one rocket ships popular in science fiction stories, going to the moon is a mission best broken into separate parts: achieving low-Earth orbit, transferring from Earth to lunar orbit, landing on the moon, and reversing the steps to return to Earth. Some science fiction stories that depicted a more realistic approach to going to the moon had astronauts going to an orbiting space station where smaller rockets were docked that would take them to the moon and back to the station. Because the United States was in competition with the Soviet Union, this approach was not adopted; the space stations Skylab, Salyut, and the International Space Station were all put up after Project Apollo had ended. The Apollo project used the three-stage Saturn V rocket. The bottom-most first stage lifted the assembly off the launching pad to a height of 42 miles (68 km), the second stage boosted it almost to low Earth orbit, and the third stage pushed it into orbit and then toward the moon. The Constellation project proposed by NASA for a return to the moon in 2018 consists of two different two-stage rockets. There are two different first-stage rocket designs: a crew-only lifting stage consisting of a single five-segment rocket booster, the Ares I, and a crew-and-cargo lifting stage consisting of five rocket engines beneath an external fuel tank supplemented by two five-segment solid rocket boosters, the Ares V. The second stage for both versions uses a single-liquid fuel engine. The heavy lifting assembly would carry the lunar orbital capsule and lander, which the astronauts would transfer to when the two rocket systems doc Because the moon has no atmosphere, you have to bring your own oxygen so you have something to breathe while you’re there, and when you stroll about on the lunar surface you need to be in a spacesuit to protect yourself from the blazing heat of the two-week-long lunar day or the mind-numbing cold of the equally long lunar night - not to mention the radiation and micro-meteoroids the lack of atmosphere exposes the surface to. You’ll also need to have something to eat. Most of the foods used by the astronauts in space missions have to be freeze-dried and concentrated to reduce their weight and then be reconstituted by adding water when eaten.[6]
Reminds me of the quote, "Any technology sufficiently advanced will be indistinguishable from magic."
Se as matérias nos fossem ensinadas com exemplos tão interessentes assim, seria incrível. Mas se trata da motivação do professor e aluno, é uma via de mão dupla.
Потому что теория никому не интересна. Я считаю что нужно поставить монитор в кабинет физики, и перед новой темой в физике, показать сначала на видео такие примеры как в ролике, у учеников возникнет интерес и затем начать учить теорию. Чтобы было уже понимание .
@avmcentr8359 sim 👍
@@avmcentr8359i great with you
Да:.надолга_&**не хватает..учителя
Кончается..запас..стоновится_жостка..наступает_время_пращатся..
Power Of Physics❎ Power Of EGG ✅
Yeah bro😂
I am the Eggma-
No wonder Dr Eggman is so durable
What is this Song?
I forgor
@@hispanicfriends0068 great help
I think it's a modified version of Lady Gaga's Alejandro. Slowed down, I think.
I could've literally started a Religion out of these tricks a few Millenium back
ARRUMEI MEU PRÓXIMO TRABALHO DE FÍSICA 😂😂
This song reminds me of getting stuck on the side of interstate at night and walking dowm the street seeing all the tall orange lights and giant signs
Do u know what the name is?
@@dreamland923yeah help us
@@dreamland923 Please tell me if you find it.
@@ArgonikronUse brain. Shazam?
@@dreamland923gwlzbll - untitled #13
Beautiful, this works within the system created by Allah 😊
even the traffic was so bad the plane had to stop💀
Name of the song!
I wanna know to searching it since forever.
untitled 13
Untitled #13 (super slowed)
Music?
I think it's a modified version of Lady Gaga's Alejandro. Slowed down, I think.
Весь мир кажется физикой, если не учил магию
😂😂
Understanding how the world works and how everything behaves is as cool as it's going to get for us
Name of music???
Untitled #13
I think it's a modified version of Lady Gaga's Alejandro. Slowed down, I think.
I wish physics would apply in Madden
SHOTS FIRED 😂😂😂
The air resistance guy broke a window for sure😂
I hated physics subject during school days but loved to watch physics test videos 😅😂
0:54 ламинарное течение. Ничего необычного, такое периодически бывает. Возникает в трубах с низкой скоростью потока при малых значениях числа Рейнольса(число Рейнольса, формула Re= v•d•p дробь n характеризует энерцию ускоренных частиц )
@ASTAGHFIRULLAH0725 параллакс, при изменении точки зрения появляется такая эллюзия
@@ASTAGHFIRULLAH0725самое начало, это очень мелкие частицы, прилипающие друг к другу, создают единое целое, поэтому не сыпется
@@ASTAGHFIRULLAH0725с газетой и деревяшкой,это элементарная физика, сопротивление воздуха, если ударить не так резко, то ничего не сломается
@@ASTAGHFIRULLAH0725дальше, неньютоновская жидкость, вязкость при изменении силы меняется
@@ASTAGHFIRULLAH0725дальше надо?
Ламинарный поток и параллакс больше всего зацепили. Также и время, кажется, что его ещё много впереди и даже порой жизнь останавливается. Но это всего лишь иллюзия. Коварная иллюзия
С скмолетом не понял прикол может объясните?
@@verba1690это параллакс
@@verba1690 Про прикол из данного видео не скажу, а в принципе если поток воздуха достаточно быстрый и плотный, то самолёт теоретически может зависнуть в воздухе.
@@verba1690прикола нет. Самолёт летит. Он нигде не завис. Летит. Точно. В видео нет звука турбин,он заменён на музыку. Иллюзия,что самолёт завис. Мои 12 лет в авиации мне не лгут,на этой высоте самолёт бы не завис,а падал. И со стороны было бы видно,что он падает. Здесь летит,снижается или на оборот идёт на взлёт. Посмотрите фото с пляжа Най Янг Пхукет.
@@danila640может,но не на этой высоте и не зависнуть,а планировать.
I always wondered why no one had made a speed bump out of non Newtonian fluid. That way when you’re going the appropriate speed there is no bounce but if you are speeding it will bounce hard.
It exists actually, it has been tested and trialed multiple times but it hasn't been implemented.
Because people can steal it or move it
because you need a container to store the fluid? and you would bump over that either way
Maybe because fluids are not a good building material.
@@thunbaek630no if you make the bump out of some kind of hollow rubber or plastic it and fill it to the brim with non-Newtonian fluid it’ll work
Physics in school 💀☠️👿👽👻
Physics in youtube shorts ❤🥰🌈⭐️
Imagine if in fairytales there was a moat of oobleck around a castle rather than water
You could just run across it to get to the castle you brick.
@@WormEyes he's trying to say you could get stuck in the oobleck
@@LinearRoblox I no way did he ever say that, stop bending his words.
I love how it just says "Physics." in the centre of the screen.
You added a lot to those videos!
Is this a tease or honest reply (I hope it’s a tease lol)
Dead internet theory
God so amazing with his creation!!! that’s why he’s the creator of all things!! buz I wouldn’t think of that!!🙏🏼🔥🔥🕊️❤️
В моё время это называлось Respect
Physics in school 😵😫😩
Physics in RUclips 🎉😮❤
Because your just looking at effects, not really understanding it.
If I asked you to calculate the necessary size of news paper of the second clip, you couldn't calculate it
npc
What's the background music?
I think it's a modified version of Lady Gaga's Alejandro. Slowed down, I think.
it is "untitled #13" by glwzbll@@YasharSeattle slowed down
@JoeWaters-cj1le than you
Imagine falling in that substance from a great height. You would fall and smash yourself into the liquid as if it is concrete, and whilst your bones are shattered you are drowning.
My brain don't braining 😃
I like the logic behind D3O body padding for motorcycling.
The logic: It becomes as hard as the road when you hit the road. Surely that will lessen the impact of the road!
It's at the heart of everything. It is the most fundamental of all sciences. You can't have chemistry without physics. You can't have biology without physics.
Were the laws always this way?
Will they change in time?
Are the laws of physics different, elsewhere?
Are they immutable?
Did the laws of physics once exist in a universe devoid of matter?
Are physics and matter inextricably and almost _sybiotically_ linked?
Can one exist without the other?
We always have more questions than we have answers, don't we?
That plane illusion...!!? Was that real...😮
it is real and i don't know how it works though but i know it is real.
Yeah I've seen it twice. The 2nd time was only last week. It's a strange thing to see
passing close objects like the buildings move faster and the plane further away looks like going slower so it looks like the plane is going backwards
It's not an illusion lol
The Earth spins at about 700 mph or so maybe up to 800 mph yet we don't notice it. An airplane only moves at around 600 mph max and when it passes a building relatively close it seems to stop the rotation of the earth for a while. That abrupt stop leads us to see the airplane move backwards as a million pieces of debris come flying from all over the place. LOL 😂😂😂😂
Relativity 😉
Guys, imagine falling on Oobleck, getting injured and break some bones, then drown there without being able to do anything about it💀😬...