Great stuff. I wish I had these videos in college, would have made learning the conceptual principles and application of the math much quicker and clearer.
I can only agree on that, not entirely of course, but my new physics teacher doesn't know what he's talking about and so does no one else because of that. Before that I had really good grades in physics so I do blame my teacher...
@@Fireruby2104 My university does not know the difference between a professor and a researcher. Most of my "professors" are actually specialized in making researchs, so they have no skills to do what a real professor does. This stupid Ruan thinks that only students are the ones to blame.
I was so damn proud when I figured this relationship out myself when playing with some Lego pneumatics as a 6-yearold. I really enjoyed teaching my grandmother the same thing shortly after, too.
Instead of having a marathon on netflix, im going to have a marathon of this whole channel. Woah, this lady has basically the whole knowledge of every human being that has ever lived about the whole universe o_o
My mentor a month and several weeks passed and we are striving. Because you videos are our diet and we can't live without them. 💔😭 My mentor please make a beautiful video we all are waiting anxiously.
0:37 - "both fluids and gases" The OP is just clarifying. Definition on wiktionary says that fluid has 2 definitions: 1. Any substance which can flow with relative ease, tends to assume the shape of its container, and obeys Bernoulli's principle; a liquid, gas or plasma. 2. A liquid (as opposed to a solid or gas).
Thank you for making these. I have been watching since seven years and I will watch those forever. I share your videos for philosophers who talk about physics without understanding it to make sure they don't say something incorrect. благодарю вас!
Thank you for the part at 2:00, that always bothered me in physics class. I was sitting there, frustrated, "What do you mean you get more force out than you put in?" Well, the force you put in has to travel a longer distance. It was such an easy answer, but I never saw it until now. Another excellent video for students of all ages!
Your channel is amazing! very educational and easy to understand videos, your work is extemelly commendable, showing us the beauty of physics please don't stop 🤩🤩⚡⚡
Now I have got the entire ideas after washing this video... One more thing is that pressure is independent from any kind vessel we discussed about. Thanks a lot...🎉🎉
I was always curious about the reason why in different shaped containers the pressure is equal, but none of all explanations explained the reason. They always only said: "its equal" - "Yea but WHY is that??". Now at the age of 39 you told me the reason, its because force = pressure x surface area, but this can also be seen by pressure x distance. Thanks a lot for that!
My mentor ! I really respect you from the depth of my heart 💚💚😘. This video is made on an ordinary topic but it is still an extraordinary video 😍😍. An extraordinary video on ordinary topic. The explanation at 3:15 is a new piece of information for me. I have seriously not poundered how this is not violating conservation of energy . The explanation you gave was unique which no physics teacher ever gave. That video touched my heart. Today I was missing you a lot. I was wishing for another video in this week and you did it. 😘 Perfect timing. The container at the start of the video is beautiful . The military vehicle was also fabulous. Can you please tell me what your next video is about? Please please please .
@@EugeneKhutoryansky My mentor please send me your list of future videos. The order doesn't matter . My heart will be filled with happiness after reading the list. I would be very very grateful to you if you send me that list. 💚💚
New topics are constantly being added to the list. The following list is not in order, and most of these videos I will probably never get to. But here is the present list. heat capacity electro-static fields around a circuit. Voltage as sum of electric fields Riemann sphere voltmeter, ampmeter, ohmmeter All electric components Affine connections Batteries current sources tuned collector oscillator...collpits oscillator..hartley oscillator crystal oscillators transverse vs longitudinal mass digital logic digital adder hall effect K space and R bending moment and shear force oscillator circuit with positive feedback inverters (DC to AC) conic sections synchronous motors and generators solving electric circuits Solar Panels and LEDs Semiconductor FETs rainbows thevenan equivalents superposition circuit boards magnetic properties of materials Jacobian circuit equivalent for motors and generators Laplacians antennas Cauchy Sequences DIODES,BJT,FETS AND MOSFETS tesla coil forward vs flyback converters right hand rule & charges reversable Hilbert Transform adders from logic gates superconductors, levitation computer memory when power off how not to teach physics RLS and LS algorithm AdS/CFT correspondence electron diffraction Inside resistor on microscopic level relationship between Euler's, Navier Stokes and Bernoulli's equations on fluids Max Power Transfer synthetic and projective geometries Transistor circuits (Current Mirrors) mosfets and finfets coherence / decoherence Bell's spaceship paradox Lamour principle and Abraham Lorentz recoil radiation how the magnetic field of a changed particle will look like if it is both spinning and accelerating bragg's equation and X ray diffraction behind the scenes osmotic pressure Wheatstone bridge star delta transformation Crystal structures t pi networks Magnetic circuits Larmor Precession Navier-Stokes Equations negative temperature short circuits higgs mechanism group theory Direction Cosigns Derivatives of sin and cos Derivatives of exponentials line integrals and surface integrals derivative of one function inside another electric field visualization hyperbolic functions exponential decay logarithms Hamiltonian Mechanics Pythagorean theorem in multiple dimensions wave equation digital signal processing solid mechanics curvilinear coordinate systems reverse ray tracing Newton's method Conjugate Gradient method Fundamental Theorem of Algebra signal analysis hyperbolic functions photoelectric effect nature of infinity Klein-Gordon equation tipe tops gyroscopes in smart phones Wavelet transforms free,damped and forced vibration Computational Fluid Dynamics Dirac's equation circulation and vorticity anti-matter creation and drive Fractals cauchy shwarz inequality 4,5,6,7,.. dimensional spheres,cylinders and cones eliptical curves vacuum energy, quantum foam circulation and vorticity sums of infinite sequences greens theorem entropy with mathematics surface abd volume integrals root mean square as distance spinors covariant derivatives of tensor fields projection of one vector, function on another spherical, cylindrical, rectangular coordinates. Mandelbrot set Unruh radiation, Hawking radiation radio telescopes E8 plasma, bose Einstein condensate, fermionic condensate transfer function Transient response gradient, solenoidal, irrotational and laplacian scalar triple product and vector triple product pendulums , triple pendulums a n-tuple pendulums relativistic aberration and relativistic hall effect How does photon absorbed by electron transfer momentum to nucleus of atom Multiple Discriminant Analysis Maxwell Boltzman velocity distribution law of gas Dzhanibekov effect linear vs non-linear systems Supersonic Fluid Flow taylor and laurent series dzhanibehov effect discrete fourier transform Calculus of Variations Green, Stokes and Gauss Theorems. quaternions Hilbert Space Density functional theory Force, work, and energy How toilets work mechanical resonance single photon wave advancement Neutron detectors pendulum clocks Friction microscopes, telescopes, cameras, bode plots heat transfer tension force superdeterminism Quantum differential gear how swings work gravitational slingshots ideal gas law rockets how speakers work why sharp objects are dangerous differential equations differential pully / hoist gear ratios lasers / masers acceleration in multidimensions shear and Saint Venant's theorem for axial loading color photomultiplier tubes structural integrity chain reactions: burning, nuc. helicopters springs reflected waves surface tension, capillary action solid - liquid - gas - phase diagrams Sonic Boom centrifugal force Doppler radar harmonics Optical effects of Special Relativity linear vs nonlinear Newton's cradle gauss's law for charges and mass maximum efficiency of engines internal combustion engine Poincarè ball and Hyperbolic space fluid mechanics BANARCH-TARSKI PARADOX collision physics E=p²c²+m²c²*². colligative property videos, thermochemistry Blackbody radiation Hamilton-Jacobi mass spectrometry differential geomertry transverse doppler's effect Photon wavelenght in gravity and acceleration More Minkowski Gamma ray interaction with matter feynman diagrams skin effect in conductors gamma function Plasma physics gears and pullies Force as energy gradient scattering theory diff eq (ricatti, reduction holograms string theory topology set theory quantum eigenvalues polarized reflections quantum electrodynamics atoms and molecules, electron orbitals CP symmetry and CP violation dark matter gravitational waves applications of nuclear physics faster than light causality problems kinetic theory of gases Olber's paradox beginning of time momentum of massless particles cosmic microwave background radiation worm holes and time travel blackbody radiation, quantized energy Quantum Field Theory identical particles star lifecycle, star physics, types of stars and star deaths anthropic principle big bang nuclear cross section why light slows down in a material latent heat of fusion and vaporisation casimer-effect experimental evidence for relativity quantum attraction end of nuclear fuel in an infinite universe pauli exclusion principle red shift of galaxies Doppler effect (and relativistic effects) Quantum Teleportation Coulomb branch and Higgs branch trapped quantum particles inferometers Interstellar travel effect of gravity and expansion of space on electromagnetic frequency Noether's theorem and symmetry Solid State Physics: Bloch wave, tight and weak binding, Brillouin zone, charge traps Quantum Zeno Effect Heisenber uncertainty principle why time slows: box and spring pendulum communicating with aliens black holes gravitational lensing Quantum light polarization does time slow, or just physical processes laser cooling AdS/CFT correspondence/holographic duality Legendre and Bessel functions zeeman and stark effect conjugate mirrors Quantum Numbers gauge symmetry in field theory / guage invariance nanomaterials, like nano particles, nanotubes, nanolayers and ets. relativistic Ehrenfest paradox (fast rotating disc) frame dragging ( translational and rotational) orbital mechanics Spintronics parity and CPT symmetry magnetic reconnection that creates solar flares, CMEs, and the Aurora Borealis. negative resistance Primer Fields and the bowl shaped magnetic fields surrounding galaxies / photons open channel flow MRI Gravity vs entropy z transform Helmholtz equation Bose-Einstein condensate computer heuristics, memory storage and retrieval (solid state and magnetic), programming architecture, networking, ect. material science engineering based, such as vapor deposition, crystalline allotropes, ferrous metallurgy, and electro-spin nanofiber production. quantum Cheshire Cat in a matter-wave interferometer experiment.
@@EugeneKhutoryansky Thanks a lot my mentor for blessing me with this beautiful list. 😍😘😘💚💚 Yeh you are right the list is super long and it seems like most topics would never be met 😓😷😞 . But the topic of single photon wave sounds interesting and the most misunderstood topic of surface tension are very suitable for the next video according to me.
it's clearer if you speak in terms of volums in the example at 3:30, the volume that the little rectangle displace is equal to the volume that the large rectangle gives back
Looks like the owner of this channel is Russian. All I can say is that there is no exact definition of "fluid" in the language, only gas or liquid. (газ/жидкость) Fluid sounds more like synonym to liquid, for me at least
Your videos are always and epitome of teaching utilizing everything u have. I even suggested my friends to watch your lectures as it's a part of our 12th syllabus and they are really liking it ! Presently I'm just a student n even I don't have my own pocket money ( just dependent on parents presently ) , but when I'll start my earnings then I am cocksurely supporting you and would be glad to donate on patreon Wish you for your this achievement and want to convey my immense thanks 😊🙏 to you From India
Thanks for the compliments about my videos, and thanks for your interest in donating in the future. I understand that many of my viewers are students who don't presently have any money. I am just glad that my videos are helpful. Thanks.
Thanks. I make my 3D animations with "Poser." The simulations in this video were made with a separate add-on purchased separately called "Poser Physics."
I think Pascal's law is direct consequence of the definition of fluid .the substance which do not sustain a shear stress component in any direction in a state of rest.so from mohr's circle the only state of possible is equal stress magnitude of normal compressive stress in x and y component this takes care that the shear stress is zero at any orientation and as a result of which the magnitude of compression stress is same in every direction which is known as Pascal's law.
Would I watch the videos of Eugène if Kira wasn't the narrator ? Maybe... But Kira is so lovely hypnotic... I'm waiting for this voice again and again since the beginning 🙂🙃 !
I like to think of it as shaking a soda can a d then opening but at the depths of the Marian tench. The result is not C02 burst due to the pressure of both the atmosphere and the soda can being about the same. In other words I could understand it that way.
i love your channel very much. I understand that the initial "fluid and gases " goof up was probably due to English not being your first language( I make such mistakes too,once in a while ) . All in all,very informative video and visualisations. People like you are the reason why youTube is informative. :)
Hmm I still don't get how liquid pressure is independent of the shape of the vessel. Let's take a cylindrical container and a conical one with the same base area. Wouldn't the conical one have less water pushing down from above and thus less pressure?
@@EugeneKhutoryansky Lol I know that's how it's supposed to be, but I just can't wrap my head around it. God, this has been bothering me for 12 years now.
@@EugeneKhutoryansky Oh wait. I figured it out. The missing force is provided by the downward component of the normal reaction on the vessel wall. Oh my god. I can't believe I finally did it 😂😂😂
I should have watched more before commenting! There's so many of them! Look at them wiggle! Adorable. As always, physics made extremely understandable! Great work
Dear Eugene Khutoryansky, could you please in the future, consider doing a video about principal axes of rotation of solid bodies and it's moment of inertia, inertia tensor and parallel axis theorem. This would be great. Thank you for all this wonderful videos.
Hey man, this video is awesome. I was wondering if you could make one for boiling and vapor pressure, I have not seen any good 3D animations on this subject.
This would be a really clear exposition even without the outstanding use of simulation and graphics. And there is something inexpressibly charming about the force arrows wiggling with effort. Conversely, it's painful to see the loose fitting pistons overshoot the limits of the cylinders in which they're travelling. I'm sure that was meant as visual humor, and it sort of works too in a teenage kind of way, but I'd have to report it also as a slight distraction. But there's no arguing with artists, and you have really made this into an art form.
Thanks. I already have many videos on capacitors. Some of them are listed below. Capacitors and Capacitance -- ruclips.net/video/f_MZNsEqyQw/видео.html Capacitors in Series & Parallel -- ruclips.net/video/BIPi0vXdssE/видео.html AC Current Impedance -- ruclips.net/video/zO7RZZW0wSQ/видео.html Resonance Circuits -- ruclips.net/video/Mq-PF1vo9QA/видео.html
Let me discuss my opinion. Imagine the gas molecule in an enclosed system, if one molecule has energy, it collides with others and conserve energy in the enclosed system. The collisions to the wall become the pressure. If we contracts the volume like pressing the small piston, the distance travel between one molecule and another is decreased and make the collision faster. So the pressure is increased. The pressure increased is evenly through all the surface. I think it is because the collisions are very fast. So we see as the pressure is equal to all the areas at the same time.
Thanks. I make my 3D animations with "Poser." The simulations in this video were made with a separate add-on purchased separately called "Poser Physics."
I don't see why anyone would be surprised by that. It's no different than having a mechanical advantage greater than 1 in a pully system, or an inclined plane, or gears that aren't the same diameter interlocking. You get the force amplified by the same factor that you have to move it further at the lower force.
Please make a video on shear stress in materials and what happens at atomic scale. Most teachers can't give a satisfactory explanation ever. Please make a video on visualization of Schrodinger Equation in 3D space. I want to see how the wave functions of particles look in 3D space.
@@EugeneKhutoryansky Please also make a video on shear flow of fluid ( shear between different layers of fluid ) . I mean to say Newton's law of viscosity. The thing that I want to visualize is the difference between shear in solids and shear in liquids . In case of liquids I actually want to see both shear in zero gravity conditions and shear in the presence of a gravitational field. Is there only viscous force between the layers of fluid or also friction force?
I wanted it in reference with motors,can you help me with that the induction process and all.i watched ua video on maxwells laws Its very good and your work is really awesome,i got a better understanding of it thanks to you
Wow.. I can't believe the marbles didn't glitch out
It's molecules!! Not marble, Lol!!
@@mysmallgardenofficial r/wooooosh
It looks like every marble is animated, that's why they probably didn't glitch out.
@@wmqwmqkwmmwqmwmqmwwwmqwmmq5428 must be hard to animate every single one
@@bingchiIIing r/itswooooshwith4os
The first 30 seconds was almost like a physicsgasm
🤣🤣🤣
Hahahha 😂 So true
Wdym by physicsgasm?
Disappointed I waited for the balls to push out... More like edging 😔
Cringe
"This principle applies to both fluids and to gases"
Aren't gasses also fluids?
Awesome video as always
Yeh , but aerodynamics deals with gases and fluid dynamics deals with liquids.
Yes they are. He meant to say liquid.
Came here to say the same. And, yes, they meant to say "liquid".
And... Yes, awesome video!
No
@@edema123456 gases are fluids too.
I could deadass fall asleep to this
I did
this is another time i saw you today im scared 😬
legit
@@mrysia8498 bruh same
Bruh me too, I fell asl
Great stuff. I wish I had these videos in college, would have made learning the conceptual principles and application of the math much quicker and clearer.
Thanks.
No problem
@@josefish5193 Haha.
@@josefish5193 lol
Watching in grade 9
This channel is simply perfect. It does in a few minutes what professors can't do in a whole semester.
Thanks for the compliment.
The proffesors can do it too, it's just that you// the class doesn't pay attention.
@@juaneskator I didn't know you were my classmate
I can only agree on that, not entirely of course, but my new physics teacher doesn't know what he's talking about and so does no one else because of that. Before that I had really good grades in physics so I do blame my teacher...
@@Fireruby2104 My university does not know the difference between a professor and a researcher. Most of my "professors" are actually specialized in making researchs, so they have no skills to do what a real professor does. This stupid Ruan thinks that only students are the ones to blame.
Great work. Your videos really bring out the beauty of physics. It's always so gratifying to re-learn, learn and unlearn, revisit concepts here.
Thanks.
I was so damn proud when I figured this relationship out myself when playing with some Lego pneumatics as a 6-yearold. I really enjoyed teaching my grandmother the same thing shortly after, too.
Such is the value of games and toys like those. They really can teach you a lot about physics just by playing.
@@erictalaveramartinez4160 Playing and learning are the same thing in the brain. Unfortunately, this fact has not yet reached the school systems.
@@LorenzJahn mean while schools :- ( the most important thing in life is ) mitochondria is the powerhouse of the cell
@@apatriot6421 what's the deal with the mytochondria?!?!
@@bluellamaslearnbeyondthele2456 it's a very popular meme ( joke )
It's like a pulley, a set of gears, or a lever.... but embedded even deeper in nature
RUclips recommendations squad has come.
Thank you I passed my AP 2 test because of this you are a great influencer
Me too
I am glad my videos have been helpful. Thanks.
thanks to this channel, i think of physics whenever i hear Bach playing
Amazing to know that Physics has never broken a single law.
Don't you mean, we have yet to write every unknown law?
U see, we can never touch anything due to electrostatic repulsion.
So, no officer, I did not break any laws by kicking that child
Instead of having a marathon on netflix, im going to have a marathon of this whole channel. Woah, this lady has basically the whole knowledge of every human being that has ever lived about the whole universe o_o
Awesome, and beautiful animations. Great job.
Thanks for the compliment.
My mentor a month and several weeks passed and we are striving. Because you videos are our diet and we can't live without them. 💔😭 My mentor please make a beautiful video we all are waiting anxiously.
The next video is coming soon.
@@EugeneKhutoryansky 💖💖💖 Thank you very much 💚💚💚
0:37 - "both fluids and gases"
The OP is just clarifying. Definition on wiktionary says that fluid has 2 definitions:
1. Any substance which can flow with relative ease, tends to assume the shape of its container, and obeys Bernoulli's principle; a liquid, gas or plasma.
2. A liquid (as opposed to a solid or gas).
Flat earther be like: Nice CGI, but I don't believe it.
No this is a clear example of earth having no gravity
@@B_Rael if earth didn't have gravity the mass will dissappear and allowing the pressure to work like the video.
@@B_Rael you can tested earth gravity influences pressure in deepsea just be careful you most likely died of pressure influence by gravity.
@@B_Rael So, EARTH is the only body with surrounding space containing gas?
🤣🤣🤣true
This is the true sense of teacher, spreading knowledge with asking anything in return. Thank you for this
Thanks.
Hopefully getting paid by youtube.
Thank you for making these. I have been watching since seven years and I will watch those forever. I share your videos for philosophers who talk about physics without understanding it to make sure they don't say something incorrect.
благодарю вас!
Thanks. I am glad you like my videos.
Rather than play games Eugene has a signature to help us to understand Physics. Great job
Thanks.
I love how much the rectangles freak out when force is applied to them lol
Love the visualisation
Thanks.
So glad to see you have nearly reached a million subscribers. I've been with you since the first thousand.
Thanks!
Thank you for the part at 2:00, that always bothered me in physics class. I was sitting there, frustrated, "What do you mean you get more force out than you put in?" Well, the force you put in has to travel a longer distance. It was such an easy answer, but I never saw it until now. Another excellent video for students of all ages!
Thanks. I am glad I was able to answer the question that was bothering you.
0:35 gasses are fluids, fluid refers to anything that fills its container. Liquids, gasses, and grainular solids all act in this way.
Your channel is amazing! very educational and easy to understand videos, your work is extemelly commendable, showing us the beauty of physics
please don't stop 🤩🤩⚡⚡
Thanks for the compliments. More videos are on their way.
Now I have got the entire ideas after washing this video...
One more thing is that pressure is independent from any kind vessel we discussed about.
Thanks a lot...🎉🎉
YOU ARE REALLY WORKING VERYY WELL ... 👍👍👍🙂🙂🙂
Thanks.
I was always curious about the reason why in different shaped containers the pressure is equal, but none of all explanations explained the reason. They always only said: "its equal" - "Yea but WHY is that??". Now at the age of 39 you told me the reason, its because force = pressure x surface area, but this can also be seen by pressure x distance.
Thanks a lot for that!
Glad my video was helpful. Thanks.
Nice video where are you from?
This channel needs to do all scientific subjects! Biology, evolution and taxonomy, and Climate and meteorology next please.
I love this channel!
I never knew! Very cool stuff! I love your channel so much, thanks for doing what you do!
Thanks.
Brilliant! Thank you very much. Please continue this magnificent work.
Thanks for the compliment. More videos are on their way.
I don’t know how I got here but I’m enjoying it
Awesome video. Has anyone else seen that the military vehicly looks like Appa from the last airbender as it ascends?
I just discovered this channel AND I ALREADY LOVE IT!!!
Thanks. Glad to hear that.
This video made it so simple to understand! 😮 Thank you
Thanks.
As always simple yet elegant explaination loved it
Thanks for the compliment.
My mentor ! I really respect you from the depth of my heart 💚💚😘. This video is made on an ordinary topic but it is still an extraordinary video 😍😍. An extraordinary video on ordinary topic. The explanation at 3:15 is a new piece of information for me. I have seriously not poundered how this is not violating conservation of energy . The explanation you gave was unique which no physics teacher ever gave. That video touched my heart. Today I was missing you a lot. I was wishing for another video in this week and you did it. 😘 Perfect timing. The container at the start of the video is beautiful . The military vehicle was also fabulous. Can you please tell me what your next video is about? Please please please .
Thanks for the compliments. I am not yet 100% sure what the next topic will be.
@@EugeneKhutoryansky My mentor please send me your list of future videos. The order doesn't matter . My heart will be filled with happiness after reading the list. I would be very very grateful to you if you send me that list. 💚💚
New topics are constantly being added to the list. The following list is not in order, and most of these videos I will probably never get to. But here is the present list.
heat capacity
electro-static fields around a circuit.
Voltage as sum of electric fields
Riemann sphere
voltmeter, ampmeter, ohmmeter
All electric components
Affine connections
Batteries
current sources
tuned collector oscillator...collpits oscillator..hartley oscillator
crystal oscillators
transverse vs longitudinal mass
digital logic
digital adder
hall effect
K space and R
bending moment and shear force
oscillator circuit with positive feedback
inverters (DC to AC)
conic sections
synchronous motors and generators
solving electric circuits
Solar Panels and LEDs
Semiconductor FETs
rainbows
thevenan equivalents
superposition
circuit boards
magnetic properties of materials
Jacobian
circuit equivalent for motors and generators
Laplacians
antennas
Cauchy Sequences
DIODES,BJT,FETS AND MOSFETS
tesla coil
forward vs flyback converters
right hand rule & charges reversable
Hilbert Transform
adders from logic gates
superconductors, levitation
computer memory when power off
how not to teach physics
RLS and LS algorithm
AdS/CFT correspondence
electron diffraction
Inside resistor on microscopic level
relationship between Euler's, Navier Stokes and Bernoulli's equations on fluids
Max Power Transfer
synthetic and projective geometries
Transistor circuits (Current Mirrors)
mosfets and finfets
coherence / decoherence
Bell's spaceship paradox
Lamour principle and Abraham Lorentz recoil radiation
how the magnetic field of a changed particle will look like if it is both spinning and accelerating
bragg's equation and X ray diffraction
behind the scenes
osmotic pressure
Wheatstone bridge
star delta transformation
Crystal structures
t pi networks
Magnetic circuits
Larmor Precession
Navier-Stokes Equations
negative temperature
short circuits
higgs mechanism
group theory
Direction Cosigns
Derivatives of sin and cos
Derivatives of exponentials
line integrals and surface integrals
derivative of one function inside another
electric field visualization
hyperbolic functions
exponential decay
logarithms
Hamiltonian Mechanics
Pythagorean theorem in multiple dimensions
wave equation
digital signal processing
solid mechanics
curvilinear coordinate systems
reverse ray tracing
Newton's method
Conjugate Gradient method
Fundamental Theorem of Algebra
signal analysis
hyperbolic functions
photoelectric effect
nature of infinity
Klein-Gordon equation
tipe tops
gyroscopes in smart phones
Wavelet transforms
free,damped and forced vibration
Computational Fluid Dynamics
Dirac's equation
circulation and vorticity
anti-matter creation and drive
Fractals
cauchy shwarz inequality
4,5,6,7,.. dimensional spheres,cylinders and cones
eliptical curves
vacuum energy, quantum foam
circulation and vorticity
sums of infinite sequences
greens theorem
entropy with mathematics
surface abd volume integrals
root mean square as distance
spinors
covariant derivatives of tensor fields
projection of one vector, function on another
spherical, cylindrical, rectangular coordinates.
Mandelbrot set
Unruh radiation, Hawking radiation
radio telescopes
E8
plasma, bose Einstein condensate, fermionic condensate
transfer function
Transient response
gradient, solenoidal, irrotational and laplacian
scalar triple product and vector triple product
pendulums , triple pendulums a n-tuple pendulums
relativistic aberration and relativistic hall effect
How does photon absorbed by electron transfer momentum to nucleus of atom
Multiple Discriminant Analysis
Maxwell Boltzman velocity distribution law of gas
Dzhanibekov effect
linear vs non-linear systems
Supersonic Fluid Flow
taylor and laurent series
dzhanibehov effect
discrete fourier transform
Calculus of Variations
Green, Stokes and Gauss Theorems.
quaternions
Hilbert Space
Density functional theory
Force, work, and energy
How toilets work
mechanical resonance
single photon wave advancement
Neutron detectors
pendulum clocks
Friction
microscopes, telescopes, cameras,
bode plots
heat transfer
tension force
superdeterminism Quantum
differential gear
how swings work
gravitational slingshots
ideal gas law
rockets
how speakers work
why sharp objects are dangerous
differential equations
differential pully / hoist
gear ratios
lasers / masers
acceleration in multidimensions
shear and Saint Venant's theorem for axial loading
color
photomultiplier tubes
structural integrity
chain reactions: burning, nuc.
helicopters
springs
reflected waves
surface tension, capillary action
solid - liquid - gas - phase diagrams
Sonic Boom
centrifugal force
Doppler radar
harmonics
Optical effects of Special Relativity
linear vs nonlinear
Newton's cradle
gauss's law for charges and mass
maximum efficiency of engines
internal combustion engine
Poincarè ball and Hyperbolic space
fluid mechanics
BANARCH-TARSKI PARADOX
collision physics
E=p²c²+m²c²*².
colligative property videos, thermochemistry
Blackbody radiation
Hamilton-Jacobi
mass spectrometry
differential geomertry
transverse doppler's effect
Photon wavelenght in gravity and acceleration
More Minkowski
Gamma ray interaction with matter
feynman diagrams
skin effect in conductors
gamma function
Plasma physics
gears and pullies
Force as energy gradient
scattering theory
diff eq (ricatti, reduction
holograms
string theory
topology
set theory
quantum eigenvalues
polarized reflections
quantum electrodynamics
atoms and molecules, electron orbitals
CP symmetry and CP violation
dark matter
gravitational waves
applications of nuclear physics
faster than light causality problems
kinetic theory of gases
Olber's paradox
beginning of time
momentum of massless particles
cosmic microwave background radiation
worm holes and time travel
blackbody radiation, quantized energy
Quantum Field Theory
identical particles
star lifecycle, star physics, types of stars and star deaths
anthropic principle
big bang
nuclear cross section
why light slows down in a material
latent heat of fusion and vaporisation
casimer-effect
experimental evidence for relativity
quantum attraction
end of nuclear fuel in an infinite universe
pauli exclusion principle
red shift of galaxies
Doppler effect (and relativistic effects)
Quantum Teleportation
Coulomb branch and Higgs branch
trapped quantum particles
inferometers
Interstellar travel
effect of gravity and expansion of space on electromagnetic frequency
Noether's theorem and symmetry
Solid State Physics: Bloch wave, tight and weak binding, Brillouin zone, charge traps
Quantum Zeno Effect
Heisenber uncertainty principle
why time slows: box and spring pendulum
communicating with aliens
black holes
gravitational lensing
Quantum light polarization
does time slow, or just physical processes
laser cooling
AdS/CFT correspondence/holographic duality
Legendre and Bessel functions
zeeman and stark effect
conjugate mirrors
Quantum Numbers
gauge symmetry in field theory / guage invariance
nanomaterials, like nano particles, nanotubes, nanolayers and ets.
relativistic Ehrenfest paradox (fast rotating disc)
frame dragging ( translational and rotational)
orbital mechanics
Spintronics
parity and CPT symmetry
magnetic reconnection that creates solar flares, CMEs, and the Aurora Borealis.
negative resistance
Primer Fields and the bowl shaped magnetic fields surrounding galaxies / photons
open channel flow
MRI
Gravity vs entropy
z transform
Helmholtz equation
Bose-Einstein condensate
computer heuristics, memory storage and retrieval (solid state and magnetic), programming architecture, networking, ect.
material science engineering based, such as vapor deposition, crystalline allotropes, ferrous metallurgy, and electro-spin nanofiber production.
quantum Cheshire Cat in a matter-wave interferometer experiment.
@@EugeneKhutoryansky Thanks a lot my mentor for blessing me with this beautiful list. 😍😘😘💚💚 Yeh you are right the list is super long and it seems like most topics would never be met 😓😷😞 . But the topic of single photon wave sounds interesting and the most misunderstood topic of surface tension are very suitable for the next video according to me.
@@EugeneKhutoryansky thats a lot of videos to do. we dont mind if you need to take a break, thats too much for a human to do with staying sane
This is epic.
Keep up the good work, Eugene and Kira.
Thanks.
it's clearer if you speak in terms of volums in the example at 3:30, the volume that the little rectangle displace is equal to the volume that the large rectangle gives back
Can't thank you enough! thank you for all your amazing work!
Thanks. I am glad you like my videos.
I really hope the fluid/liquid mistake is just a language barrier
Looks like the owner of this channel is Russian. All I can say is that there is no exact definition of "fluid" in the language, only gas or liquid. (газ/жидкость)
Fluid sounds more like synonym to liquid, for me at least
Thank you!!
Much love, take care.❤️❤️❤️❤️
Your videos are always and epitome of teaching utilizing everything u have.
I even suggested my friends to watch your lectures as it's a part of our 12th syllabus and they are really liking it !
Presently I'm just a student n even I don't have my own pocket money ( just dependent on parents presently ) , but when I'll start my earnings then I am cocksurely supporting you and would be glad to donate on patreon
Wish you for your this achievement and want to convey my immense thanks 😊🙏 to you
From India
Thanks for the compliments about my videos, and thanks for your interest in donating in the future. I understand that many of my viewers are students who don't presently have any money. I am just glad that my videos are helpful. Thanks.
You're a genius , thanks for all the lessons they're so helpful
Thanks for the compliment. I am glad my videos are helpful.
Recommendations knocking it out of the park today
I want to say just one word..
Awesome
Thanks for the compliment.
really love your channel. Can you tell me, please, in which program do you make your videos? Would like also make some
Thanks. I make my 3D animations with "Poser." The simulations in this video were made with a separate add-on purchased separately called "Poser Physics."
@@EugeneKhutoryansky thanks man, good luck and waiting for new videos
I love this channel because it helped me so much
I am glad that my videos have been helpful. Thanks.
I think Pascal's law is direct consequence of the definition of fluid .the substance which do not sustain a shear stress component in any direction in a state of rest.so from mohr's circle the only state of possible is equal stress magnitude of normal compressive stress in x and y component this takes care that the shear stress is zero at any orientation and as a result of which the magnitude of compression stress is same in every direction which is known as Pascal's law.
Yes!
Civil engineers deals with this mohr's circle
@@MAnasK-wy2wr me mechanical engineering bro!
Ok bro..Me civil
Would I watch the videos of Eugène if Kira wasn't the narrator ?
Maybe... But Kira is so lovely hypnotic... I'm waiting for this voice again and again since the beginning 🙂🙃 !
Cool video!
I got lessons on fluids so I can say that this video is really helpful for those who haven't studied them yet.
Thanks.
I like to think of it as shaking a soda can a d then opening but at the depths of the Marian tench. The result is not C02 burst due to the pressure of both the atmosphere and the soda can being about the same. In other words I could understand it that way.
Loved every bit of it.
Thanks.
Please continue to make video we all understand ur concept very well 👍🏻
More videos are on their way. Thanks.
can't believe that this video wasn't uploaded 11 years ago
i love your channel very much. I understand that the initial "fluid and gases " goof up was probably due to English not being your first language( I make such mistakes too,once in a while ) .
All in all,very informative video and visualisations. People like you are the reason why youTube is informative. :)
This is something you would find on RUclips in 2008.
Thank you. Amazing video. Indeed, "both fluids and to gases": A gas is also a fluid!
Thanks.
RUclips every thing is much better than other even no other can touch it's half but this is the only thing RUclips fails in recommending the videos
Excellent as usual. Thanks a lot.
Thanks. Glad you liked it.
damn , can't believe that i can find nice explaination of topics like this which are not explained good to us in coachings
Can you do a video about the Green's function. I'm trying to understand Jackson E&M visually.
I first thought it was a marble race by the thumbnail, but it is a pure physics video, yet I enjoyed it anyway!
Hmm I still don't get how liquid pressure is independent of the shape of the vessel. Let's take a cylindrical container and a conical one with the same base area. Wouldn't the conical one have less water pushing down from above and thus less pressure?
The pressure at a point depends on the height of fluid above that point.
@@EugeneKhutoryansky Lol I know that's how it's supposed to be, but I just can't wrap my head around it. God, this has been bothering me for 12 years now.
@@EugeneKhutoryansky Oh wait. I figured it out. The missing force is provided by the downward component of the normal reaction on the vessel wall. Oh my god. I can't believe I finally did it 😂😂😂
Absolutely fantastic video!
Thanks for the compliment.
I love the "External Force ->" wiggling around against its axis constraints at the beginning. It's trying so hard!!
I should have watched more before commenting! There's so many of them! Look at them wiggle! Adorable.
As always, physics made extremely understandable! Great work
Thanks. Glad you liked my video.
@@EugeneKhutoryansky I adore your videos! They've given me a deep insight into physics that an engineering degree couldn't!
Dear Eugene Khutoryansky, could you please in the future, consider doing a video about principal axes of rotation of solid bodies and it's moment of inertia, inertia tensor and parallel axis theorem. This would be great. Thank you for all this wonderful videos.
I will add that to my list of topics for future videos. Thanks.
@@EugeneKhutoryansky Thank you !!!!
Hey man, this video is awesome. I was wondering if you could make one for boiling and vapor pressure, I have not seen any good 3D animations on this subject.
I will add that to my list of topics for future videos. Thanks.
Thank you, this was wery helpful!
Thank you for enabling subtitles and translations. This will serve all humanity well. I've shared your videos in my little science group
It's amazing work, Eugene! У Вас талант.
Thanks.
These animation are really helpful to understand and visualize physics. Awesome job. I am very thankful to subscribe your channel ..😊
Thanks for the compliments.
Another amazing video. Thank you.
Thanks.
This would be a really clear exposition even without the outstanding use of simulation and graphics. And there is something inexpressibly charming about the force arrows wiggling with effort.
Conversely, it's painful to see the loose fitting pistons overshoot the limits of the cylinders in which they're travelling. I'm sure that was meant as visual humor, and it sort of works too in a teenage kind of way, but I'd have to report it also as a slight distraction. But there's no arguing with artists, and you have really made this into an art form.
Thanks for the compliments.
Ah again a great physics video .... Your way of explanation is great please make a video on combination of capacitor 🙏
Thanks. I already have many videos on capacitors. Some of them are listed below.
Capacitors and Capacitance -- ruclips.net/video/f_MZNsEqyQw/видео.html
Capacitors in Series & Parallel -- ruclips.net/video/BIPi0vXdssE/видео.html
AC Current Impedance -- ruclips.net/video/zO7RZZW0wSQ/видео.html
Resonance Circuits -- ruclips.net/video/Mq-PF1vo9QA/видео.html
This is a weirdly shaped gun
i'm sorry, why you backflip the priciple of that hidraulic sytem?
Let me discuss my opinion.
Imagine the gas molecule in an enclosed system, if one molecule has energy, it collides with others and conserve energy in the enclosed system. The collisions to the wall become the pressure. If we contracts the volume like pressing the small piston, the distance travel between one molecule and another is decreased and make the collision faster. So the pressure is increased.
The pressure increased is evenly through all the surface. I think it is because the collisions are very fast. So we see as the pressure is equal to all the areas at the same time.
THANK YOU SO MUCH
0:35 You mean liquids and gases? Cause gases are also fluids.
The way that "external forces" shakes makes me think about some sort of shitpost.
Great video 👍. Which software and programming language do you use?
Thanks. I make my 3D animations with "Poser." The simulations in this video were made with a separate add-on purchased separately called "Poser Physics."
Thanks. It would be nice if you could make a short video regarding the "behind the scenes" effort to make these amazing simulations.
They should put this video up instead of the mona lisa .. pure art
0:37 "both fluids and gases" bruh, gases ARE fluids
Was looking for exactly this lol
What's the name of the piano music? 03:19
All the music in this video is from the free RUclips audio library, and the names of the songs are the following.
Road_to_Moscow
C_Major_Prelude
Wigs
Thanks for the info and your highly intuitive animations.
Thanks.
Eugene khutoryansky ! You are great. Why don't you make a video on mechanics of Lorentz transformations in 3D minkovski space time diagram ?
Thanks. I have a video with a 3D Minkowski diagram at ruclips.net/video/zScn3tV9YPU/видео.html
@@EugeneKhutoryansky yes but I want to visually see the 3D mechanics of Lorentz transformation and hyperboloids is the 3D diagram.
If videos like this existed in 2005 when I went on high school
I am still in school
How the pressure muliplication and hence, the force multiplication happens is clear from this animation!
Thanks.
I don't see why anyone would be surprised by that. It's no different than having a mechanical advantage greater than 1 in a pully system, or an inclined plane, or gears that aren't the same diameter interlocking. You get the force amplified by the same factor that you have to move it further at the lower force.
Gr8 work you are doing
Thanks.
Good video as usual Sensei
Thanks.
Please make a video on shear stress in materials and what happens at atomic scale. Most teachers can't give a satisfactory explanation ever.
Please make a video on visualization of Schrodinger Equation in 3D space. I want to see how the wave functions of particles look in 3D space.
Shear is on my list of topics for future videos. I already have a video on the Schrodinger Equation at ruclips.net/video/jvvkomcmyuo/видео.html
@@EugeneKhutoryansky Please also make a video on shear flow of fluid ( shear between different layers of fluid ) . I mean to say Newton's law of viscosity. The thing that I want to visualize is the difference between shear in solids and shear in liquids . In case of liquids I actually want to see both shear in zero gravity conditions and shear in the presence of a gravitational field. Is there only viscous force between the layers of fluid or also friction force?
But will the molecules of liquid run helter skelter like that of a video????
Awesome as always...
Thanks for the compliment.
Can you please make a video on magnetic flux and lenzs law
I cover this in my video on Maxwell's Laws of Electromagnetism at ruclips.net/video/9Tm2c6NJH4Y/видео.html
I wanted it in reference with motors,can you help me with that the induction process and all.i watched ua video on maxwells laws Its very good and your work is really awesome,i got a better understanding of it thanks to you
your voice is so nice and clear. thank you for this video:)
this background is so good, what's the name?? ( if its public )
All the music in this video is from the free RUclips audio library, and the names of the songs are the following.
Road_to_Moscow
C_Major_Prelude
Wigs