Fizyka to zabawa

Jak wszystkim wiadomo, ludzie najszybciej nauczą się czegoś, jeśli ma to związek z zabawą. I nie dotyczy to tylko małych dzieci. System kształcenia nie jest niestety nastawiony na zabawę i doświadczenia, co powoduje, że naukę zaczynamy traktować jako nużące, trudne zajęcie. A naukę przedmiotów ścisłych w szczególności. Ray Hall prowadzi na Instagramie profil @physicsfun, i jeśli nie lubiliście fizyki w szkole to zachęcamy Was do śledzenia tego profilu.

Zobaczcie, jak można przedstawić dzieciom (i nie tylko) różne zjawiska fizyczne i sprawić, że stanie się dla nich najciekawszym przedmiotem w szkole 🙂

CMYK Coasters: physics and psychophysics of four color printing demonstrated with acrylic slides that assemble to reveal Vermeer’s „Girl with a Pearl Earring”. Cyan, magenta, yellow, and black (key) comprise the elements of the subtractive color model used in most color printing. ➡️ Follow the link in my profile for info on where to buy this set of coasters and many other amazing items featured here on @physicsfun #physics #physicstoy #physicsfun #psychophysics #colormodle #CMYK #halftoning #vermeer #colorspace #science #scienceisawesome #mygirlwithapearl

Post udostępniony przez physicsfun (@physicsfun) 13 Sty, 2017 o 8:40 PST

Turbine Convection Color Candle: a simple heat engine by designer Achille Castiglioni- rotational motion resulting from the convection of hot air due to the candle flame of a tea light. All moving parts of thin stainless steel with semitransparent colored panels. Energy transfer: chemical bonds to heat to kinetic energy of the rising air to rotational kinetic energy of the turbine. ➡️ Follow the link in my profile for info on where to get this and many more of the amazing items featured here on @physicsfun #heat #engine #heatengine #thermodynamics #candle #tealight #MoMA #design #kinetic #kineticart #physics #physicstoy #convection #flame #turbine #science #scienceisawesome

Post udostępniony przez physicsfun (@physicsfun) 7 Sty, 2017 o 12:14 PST

Drinking Bird Heat Engine: time lapse of 15 minutes into 15 seconds (4 cycles). Cooling by evaporation at the head leads to lower pressure in the top bulb, the dichloromethane fluid rises up the neck making the bird top heavy and the bird tips over dipping its beak and letting the fluid return to the bottom bulb. The time lapse allows a clearer picture of how the fluid rises, shifting the center of mass, and how tipping makes the glass column lift out of the fluid in the bottom allowing the pressure to equalize and letting gravity pull the fluid to return to the base. Process repeats as long as the top stays wet. So much physics in one hypnotic toy! ➡️ Follow the link in my profile to buy one of these birds and many other physics toys featured here on @physicsfun #engine #heat #heatengine #thermodynamics #drinkingbird #physics #physicstoy #cycle #timelapse #dippybird #dunkingbird #simpleengine #vaporpressure #latentheat #mechanicalwork #physicsfun #science #scienceisawesome

Post udostępniony przez physicsfun (@physicsfun) 18 Gru, 2016 o 10:31 PST

Mirror Anamorphosis: this famous print by artist István Orosz has a hidden anamorphic image revealed by placing a mirrored cylinder over the depiction of the moon in the image. The work visualizes a scene from the book “The Mysterious Island” by the science-fiction author Jules Verne- whose portrait emerges in the reflection on the cylinder. The math describing this mapping is quite complex and was described first in a physics journal in 2000. ➡️ To learn more and to find out where to get this poster please follow the link in my @physicsfun profile. #math #mathtoy #anamorphos #art #physics #physicstoy #mirror #cylinder #Orosz #IstvanOrosz #science #anamorphic #anamorphicart #scienceisawesome #anamorphosis #JulesVerne #cylindrical #perspective #mirrorAnamorphosis #mathstoy #geometricprojection

Post udostępniony przez physicsfun (@physicsfun) 10 Gru, 2016 o 11:12 PST

Golden Ferrofluid: colloidal ferromagnetic liquid in a specially prepared water-alcohol suspension. Curious behavior results from the interplay between magnetic force and surface tension. I’m still investigating the gold coloring and the specific makeup of the clear suspension fluid- both trade secrets it seems. The gold color appears to be a thin coating at the boundary between the ferrofluid and the suspension liquid. ➡️ Follow the link in my profile to find some display cells like this for sale. #ferrofluid #fluiddynamics #magnets #magneticfield #magnetism #colloidal #physics #physicstoy #science #surfacetension #neodymium #goldferrofluid #scienceisawesome #electromagnetism

Post udostępniony przez physicsfun (@physicsfun) 1 Lis, 2016 o 8:44 PDT

Spheres on Inclines: „Running Wild” – a vintage kinetic art piece from 1972 where 200 steel spheres cascade down 8 ramps in this demonstration of the vector nature of acceleration. Inspired by Galileo’s initial measurement of the acceleration due to gravity- objects rolling down a ramp still accelerate proportional to g but slowed so that careful measurements could be made back in his day. ➡️ Follow the link in my profile for info on where to obtain many of the items featured here on @physicsfun #physicstoy #physicsart #kineticenergy #kineticart #incline #inclinedplane #Galileo #gravity #science #scienceisawesome #newtonssecondlaw #Newton #physicshistory

Post udostępniony przez physicsfun (@physicsfun) 19 Paź, 2016 o 12:54 PDT

Magnetic Field Lines Sculpture: nails suspended by thin chain point in the direction of the magnetic field of a neodymium dipole magnet. Ferromagnetic substances (such as the iron in nails) become temporary magnets when in the presence of an external magnetic field. Here the nails are placed in the field of a powerful neodymium magnet. The top of the ball magnet is a south pole, so the tips of all the nails become north poles and actually repel each other. ➡️ Follow the link in my profile for info on where to get many of the items featured here on @physicsfun #magnets #magneticfield #magneticforce #physics #physicstoy #kineticart #ferromagnetism #neodymium #nails #science #art #steel #iron #scienceisawesome #Bfield

Post udostępniony przez physicsfun (@physicsfun) 16 Paź, 2016 o 11:42 PDT

Ambiguous Cylinder Illusion: clever combination of reflection, perspective, and viewing angle produce this striking illusion. As is revealed here, the actual perimeter is in-between a circle and a square and the ends are described by a specific mathematical curve. Invented by Kokichi Sugihara of Meiji University in Japan – see his award winning video on YouTube. This version was 3D printed by Devin Montes. ➡️Follow the link in my profile for more info and where to get this and many other physics toys. #illusion #ambiguouscylinderillusion #ambiguouscylinder #geometry #mirrorreflection #physics #physicstoy #math #mathtoy #mathstoy #optics #opticalillusion #3dprinting #perspective #science #scienceisawesome

Post udostępniony przez physicsfun (@physicsfun) 5 Sie, 2016 o 11:06 PDT

Balance Bird: weights in the wing tips create a center of mass below the bird’s beak- making a system in stable equilibrium. No magnets! ➡️ Follow the link in my profile for info on where to get a balancing bird and many other science curiosities featured here on @physicsfun #equilibrium #centerofmass #physics #physicstoy #balance #balancebird #rotationalinertia #science #scienceisawesome #stableequilibrium

Post udostępniony przez physicsfun (@physicsfun) 21 Wrz, 2016 o 8:42 PDT

Po więcej zapraszamy na profil @physicsfun

Originally posted 2017-03-17 09:30:22.