12 CRAZY SCIENCE TOYS I bet you haven't seen anything like this before!
Ғылым және технология
PhysicsFun is bringing you 12 CRAZY SCIENCE TOYS I bet you haven't seen anything like this before!
Sit back and relax. Enjoy 10 minutes of oddly satisfying scientific curiosities featuring many mindblowing stuff!
This video contains many interesting science gadgets, satisfying science experiments, innovative science toys, amazing science toys/gadgets and many more DIY, handmade physics toys, gadgets available on amazon, etsy, educational innovations, kickstarter.
Buy them on : bit.ly/2MOjFET
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This video contains:
👉🏻 Ferromagnetic Interaction: iron rich nails temporarily become dipole magnets in the presence of an intense magnetic field from a large neodymium super magnet. Here the neodymium disk magnet is set with its north pole pointing up, so the point of each nail becomes a south pole (repelling each other) and the head of each a north pole. Imbued with these temporary induced fields, the nails will try to align themselves with the neodymium dipole’s field like compass needles, and the nails will interact with each other in interesting ways.
(physics, magnetic, magnetism, magneticfield, physicstoy, neodymium, neodymiummagnet, ferromagnetism, nail, physicsfun, dipole, dipolefield, demonstration, electromagnetism, science, scienceisawesome)
👉🏻 The FluoroSphere: intricate and dynamic lights shows are produced within an elegant glass sphere as fluorescent dyes in mineral oil slowly mix into room temperature water. Ultraviolet LEDs (in the base on which the sphere rests) make the dyes glow brightly and reveal the initial nondiffusive mixing structure which includes the phenomena of drops, plumes, and other features of Rayleigh-Taylor instabilities.
(fluorescence, quantummechanics, viscosity, viscousflow, mixing, polymer)
👉🏻 Centripetal Egg: a simple rack and pinion mechanism spins up the tin egg shell to reveal a duckling in this vintage style tin toy.
(tintoy, centripetalacceleration, centrifuge, spinning, angularmomentum, kineticart, rotationalkineticenergy, elasticforce, hookeslaw)
👉🏻 Chaotic Magnet Pendulum: adding magnetic forces to gravity gives this pendulum chaotic motion- not random, but very sensitive to slight differences in initial launch conditions.
(chaos, pendulum, nonlinear, chaostheory)
👉🏻 LogicSticks: strong neodymium dipole magnets embedded within tactile hexagons which allows for side to side connection (unstable equilibrium) and top to bottom connection (stable equilibrium).
(logicsticks, magnet, magnetic, electromagnetism, hexagon)
👉🏻 Brief Intense Phosphorescence: a 405nm laser pointer excites the natural mineral Franklin calcite to briefly flash a red glow via brief intense phosphorescence(BIP) seen here as a trail of light following the violet laser dot on this spectacular specimen from the Sterling Hill zinc mine out of New Jersey.
(ultraviolet, uv, shortwaveuv, fluorescentminerals, mineralfluorescence)
👉🏻 The Dancing Helix: This kinetic mobile's mesmerizing motion arises from pulsed torsion waves that propagate up and down the length of a series of weighed rods connected by an elastic ribbon (which acts as a torsion spring).
(torque, angularmomentum)
👉🏻 Atomix: art and model of crystal structure and mathematical packing problems. Created by artist Francois Dallegret from acrylic and 5000 stainless steel spheres (no longer in production).
(art, atomix, mathtoy)
👉🏻 High Tech Rain Stick: white noise- the sound of two thousand metal spheres falling and bouncing through a plastic labyrinth creates a power spectrum of sound waves with all frequencies at equal intensity, creating the shhh sound we often encounter from many random processes.
(acoustics, rainstick)
👉🏻 3D Pentominoes: the 12 possible arrangements of five identical squares, joined edge to edge, form the set of all pentominoes. Since 12x5=60, the pentominoes can tile a 6 x 10 rectangle with no gaps (2339 ways to do this- yet even finding one solution is a challenge). This set of colorful pentominoes is made so that the height of each piece is the same as the width of the constituent squares, such that 3D constructions can be made. Since 3x4x5=60 one can build a box with these dimensions (amazingly, 3940 ways to do this- but again, finding one is still a fun challenge).
(mathpuzzle, mathstoy)
BONUS CLIPS
Chaotic Pendulum
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Thank you for 10:09 minutes of your time.
#science #physics #satisfying
Пікірлер: 285
Hi Everyone :) Where are you from 🌍? Comment your favorite toy.
@samunder007
4 жыл бұрын
physicsfun #fromIndia
@amirussalehinha-meem7708
4 жыл бұрын
Hi I am from Bangladesh. Love your videos. Keep up the good work. #Stayhomestaysafe
@sciencecorner2308
4 жыл бұрын
#Philippines #all science toys are very educational can it best describe the concepts in science. By the way my anwser to your question. Ice will more likely to melt faster in aluminum than to wood due to the property of thermal conductivity. Just my theory only.
@infinityyt7651
4 жыл бұрын
Germany, Europe.
@holish.t
4 жыл бұрын
Paraguay 👍🌎your Videos are nice
Due to greater thermal conductivity of aluminum, it will melt the ice faster than wood. Btw, love from India🇮🇳🇮🇳
@mitrajeetpauliitism
2 жыл бұрын
Man you are giving me those thermal physics vibes .. thermal current , resistivity , slope and expansion
I enjoyed a lot in this video And the quiz answer is aluminum because it has high thermal conductivity than wood
Aluminum, because better transfer of heat, heatsinks on CPUs are made out of aluminum.
Wood = insulator: aluminium = conductor, so aluminium will melt ice first because surface will draw heat from surrounding air.
@random_bs_goo9154
3 жыл бұрын
Bruh
8:40 I think Aluminum melt ice faster than Wood, because Aluminum transfers its heat to ice faster than Wood.
I LIKE IT
0:12 my wife when she tries to dance
@physicsfun
2 жыл бұрын
Haha!
Aluminium because it is good conductor of heat
aluminum because it can draw the heat faster than the wood can.
6:50 It's very easy there are 6969 balls there huh
From India 🇮🇳 and i love your channel.
Deuterium Oxide has more weight and density than regular water and is used to slow down neutrons in a reactor so that a chain reaction will occur. Also, I loved the Willemite and Calcite with the UV light, I have several specimens of those minerals and I love demonstrating the fluorescence in a dark room with longwave and shortwave UV light.
Aluminum due to higher thermal conductivity. This is why we have aluminum radiators and heat sinks on our computers and not wood. Copper tubes (with water and made with a special process) is used to move the heat to the aluminum from the heatsource
And oh my gosh, that's IMPRESSIVE!!!!!
Aluminium can melt the ice faster because of aluminium can transfer heat faster, Aluminium has more thermal conductance than wood
Thermal conductivity of steel is more so it will disperse heat easier to the ambient temprature hence will cool faster ..but in case of wood the heat of ice will remain entacted and will melt slow
Aluminum will melt the ice faster because is a much better heat conductor. Wood is a better insulator so it will not transfer temperature very well.
The alumuniun, it is for the highter thermal conductiviity.
What a great science toy! I like the phosphorescent stone the most (4:05). The ice cube will melt faster on the aluminum plate than the wood plate because aluminum transfers heat better than wood. I'm from Vietnam. Best wishes.
The metal plate make the ice cube melt faster. Because thermal conductivity (I measure heatsinks in °C / W) is higher in aluminium, so heat from environment can travel faster to the ice cube, melting it first.
Aluminum because it will conduct the heat better to the ice than the wood will.
@physicsfun
2 жыл бұрын
You are intelligent
Mine is a Chaotic Magnet Pendulum and a Brief intense
aluminum i remember putting ice on a butter knife and seeing it melt real fast so lol
The aluminium block will melt the ice faster. Any metal will do this trick better than wood as metals are good conductors of heat. Heat dissipates faster in case of aluminium block and hence ice will melt faster than wooden block.
Aluminum transfers heat where wood acts like an insulator. The ice would melt faster in the aluminum block.
Aluminium will melt the ice faster than wood as Al being a metal is good conductor of heat and cold
Whoever arranged the devices' configuration has really understood the mechanism of magnetism. Much is revealed!
😱😱😱OMG that's so impressive!!!
Aluminum will melt the ice faster because Aluminum is good conductor of heat
Aluminium has better thermal conductivity. So it will melt on it faster. 100 percent guarantee.
Love your scientific toys!!!
I am from India and like the fluorosphere the best
I think ice in the aluminium disk will melt fast... Because, as aluminium is a good conductor of heat so it will continue to supply latent heat for melting the ice...
That brief intense phosphorecsence is also present in the scorpions 🦂 As when u lighted the ultraviolet light on that rock it was glowing green
I'm from India... Aluminium will melt the ice faster than wood.It is due to good conductivity nature of aluminium...
Very impressive and informative, liked and subscribed, may god bless you
Because aluminum has a higher rate of transmitt heat
Aluminium It conducts heat more than wood
Aluminum melt ice fast due to hige heat transfer than wood
Aluminium will conduct heat into the ice faster than the wood.
Aluminum surface is smooth and good absorber
Aluminum, aluminum is a good conductor of heat compared to wood, so it supplies heat from the surrounding to ice at a faster rate when compared to wood.
The ice will melt faster on the aluminum tray, because aluminum conducts heat very readily. Wood is a pretty good thermal insulator, and it will take longer for the ice to reach its melting point.
Aluminum plate will melt the ice faster due to heat transfer would be greater than the wood's.
Its aluminium man. Due to the aluminium is a metal, metal has high thermoconductivity, which mean the particles can transfer heat energy very rapid. So, when you pit an ice cube on it the ice cube will immediately recieve heat energy from the surface aluminium plate and when the surface has cold the other parts of the aluminium will provide heat energy to the cold surface and to the ice which make the ice cold pretty fast. Compare to wood which has low thermoconductivity the ice melt slower. Extra tips thats why when you touch a metal you feel that its cold because your body heat is transmitted to the metal which make it feel colder when touched.
Aluminium as it is a good conductor of heat
I believe the aluminium will melt the ice faster, as aluminum is a better conductor of heat than wood... Tell me whether I am correct plz
Great video! Is the stone at 4:40 radioactive?
@physicsfun
2 жыл бұрын
Glad you enjoyed❤️ Brief Intense Phosphorescence: a 405nm laser pointer excites the natural mineral Franklin calcite to briefly flash a red glow via brief intense phosphorescence(BIP) seen here as a trail of light following the violet laser dot on this spectacular specimen from the Sterling Hill zinc mine out of New Jersey.
@MinecraftGamer3.0
2 жыл бұрын
@@physicsfun Sounds very interesting!
Aluminium have greatest thermal conductivity there is many products comes with aluminum heatsinks and mostly is it used in computers and led lights and also automobiles, Aluminium absorb the room temperature (ie.ambient temperature) and the ice will absorbs the heat of aluminum and ice will melt faster then wood.
Loved it 😍..
The aluminum block will melt the ice faster as it has a higher thermal conductivity. In other words it can take the heat from the air and transmit it to the ice faster that the wood.
wood will melt the ice faster as it does not keep the "cold " from the ice as aluminium might do.
I just love 😍 this channel
You're a very amazing video maker. 👍👍👍
2:55 parkinsonian pendulum 🤣
Aluminiuk since it transfer better the heat, so it acts as a better radiator of heat than wood.
Aluminium will melt the ice faster, better heat transfer.
Ice in aluminium melt fast because it good conductor heat.
Aluminium because it is a good conductor of Heat.
Mind blowing
Aluminum being a good conductor will derive heat faster from ice resulting it to melt fast.
Great Video! Keep up the good work
@physicsfun
4 жыл бұрын
Thanks, will do!
Awesome
Aluminum because it’s a much better heat conductor than wood
Wood will because it absorbs water faster than aluminium.
@physicsfun
4 жыл бұрын
No, you got it wrong.
Amazing Physics 😮
it is a question of thermal conductivity...........the ice in the aluminum tray will melt first.
Aluminum. It has higher thermal conductivity and heat capacity meaning it will have more of its own heat to transfer to the ice cube, which it will do more quickly before transferring heat from the tabletop and the surrounding air to the ice, also faster than the wood.
I would say that the wood would melt it quicker, due to the metal conducting heat easier, meaning the metal's temperature will adjust to the ice, but the wood, would not.
8:40 the ice in the wooden one will melt faster because it is a better insulator. Instead the metal one will have to first reach the same temperature as the ice.
I am brazilian!! Yeeeahh! I love your videos, because I love physics, math and chemistry man!!! And I can learn english too!!! It's PERFECT!!! 🤩🤩🤩❤💕❤💕
@physicsfun
4 жыл бұрын
Thanks for your comment :)
Aluminum, and at least 7 spheres
Wood bcs its poor conductor of heat so will not adjust to the temp of ice while metal is good conductor of heat nd form a equilibrium with the temp of ice so ice will take more time to melt on iron plate
And I love the kaliroscope pocket viewer
Aluminum will melt it faster beacause it has the higher rate of conductivity of heat than wood From INDIA
Aluminum conducts heat way better than wood!!
Alluminium will melt the ice fast cause it's better conductor than wood
nice stuff... ans: ice on aluminium melts first.
I have yet to see a "brain teaser" on this channel a 5th grader couldn't solve. Give us something more challenging.
Aluminum will melt the ice faster as its specific heat capacity is more than that of wood 👍🏻👍🏻✌🏻
I'd say aluminium because it is a better heat conductor
Yo i'm from France . Beautyfull vidéo continue like it.
@physicsfun
4 жыл бұрын
Thank you! Will do!
@benjibanana1091
3 жыл бұрын
Moi aussi je suis français
In aluminium because it is a good conductor of heat than wood.
Very Cool 😎 Science toys just liked it Yeah
It takes more energie to bring aluminium to room temperature than for wood. So the aluminium block has more energie "to spend" and thus it will go faster.
The Aluminum will melt the ice faster, because... Sorry! Das Aluminium wird das Eis schneller schmelzen, da es ein besserer Wärmeleiter ist. Holz kann im Gegensatz dazu keine Wärme speichern, zumindest nicht so gut.
Very satisfying video.
Bro all were amazing 👌
@physicsfun
4 жыл бұрын
Thank you so much 😀
Aluminium because it's a better conductor of heat
Aluminum melt fast
Amazing show ... Good luck
@physicsfun
4 жыл бұрын
Thank you very much!
Aluminium will move electrons faster than wood
aluminum should be better at absorving temprature so it will cooldown faster wich will make the melting job harder when it reaches an equivlent temprature with the ice block, so it might be faster at the beggining but slower in the end , thats my tought
If the Aluminum and Wood plates are at room temperature... I think it wouldn't matter which plate the ice is on. Except the plates get heated up somehow, but I don't see an external energy supply other than the light from the room. Other than that, Aluminum has a higher thermal conductivity and heat-storage-capacity so the ice would cool it down slower than the wood plate. Maybe that's why it would melt faster on Aluminum? Looking forward for the solution. Great video besides 👍
@msnirajagrawal
4 жыл бұрын
There is always an external supply of energy to the blocks. They are never in an isolated environment and the atmosphere has enough heat to melt the ice. Only exception will be a case where the room temperature is freezing temperature like winters in many northern countries.
Would massive also interchange with dense in the answer of the first one, the deuterium and water?
Aluminum melt faster
Very very good and very nice
Quiz answer: the aluminum is more conductive than the wood, so the aluminum can melt the ice faster than the wood.
Aluminium as it is a better conductor