http___livro-ensino-medio.f1cf.com.br_fisica_hr_physics-182.html_1.xml
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HUYGENS - Uh, uh ... Not quite, that his explanation is wrong. NEWTON - But wait a minute, who are you? HUYGENS - I am Christian Huygens, Dutch by birth, philosopher and physicist.(On the screen appears the data show the picture and the name of Christian Huygens). NEWTON - (Looking at the screen): Úigens, Uígens or Óiguens, whoever you are, you're getting into where it is called! HUYGENS - (Ignoring Newton) As I said, the light is made of waves! NEWTON - Heresy, heresy! The light particles are formed! Each color is a different type of particle! HUYGENS - No, each color is a wave with different length! The waves are more red shifted the prism blue waves.(Appears on the screen ofdata-show, the prism deflecting waves red and blue). This happens because the red waves go faster than the blue waves within the glass prism. If the light was made of particles would otherwise: the red particles should walk more slowly than the blue particles, as would be heavier. NEWTON - Well, this is true. But to know who is right, there is only one way: measure the speed of light in glass and check who's lighter. (Enter ALBERT EINSTEIN). EINSTEIN - You are right. Just measure. And this measurement was made by a Frenchman named Fizeau (Fizo) and it was proved that the red light goes lighter in the glass than blue light. HUYGENS - See? I'm sure. Light is wave! Einstein is on my side! EINSTEIN - Easy on the litter ... Planck (the picture appears on the screen with the name of Max Planck) I and others have shown that the light is much more fickle than you can imagine. In fact, light is a wave, but also particle! HUYGENS and NEWTON - That's impossible! EINSTEIN - may seem, but it is not. It was for this discovery came the quantum theory of light, which today is more than proven by experience. But that's another story and I suggest that we stay here. Let's take a coffee? HUYGENS and NEWTON - (half bewildered) - Come on! NEWTON - Okay, but tell me a bit about this quantum theory.(Before leaving, Einstein put his tongue out). DEBATE After the close of the play, the teacher coordinator, actors and crew will provide an argument together with the viewers, retaking the main aspects of the corpuscular and wave theories, as well, that sees the light as the duality ondapartícula. This time it will be an opportunity to answer the questions asked by the audience, both by the teacher, as the characters: Einstein, Newton and Huygens, and repeated the various circumstances in which the theory was designed and modified.
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Huygens - Uh, uh ... Ne baš, da je njegovo objašnjenje je pogrešnoNEWTON Ali čekaj malo, tko si ti? Huygens - Ja sam Christian Huygens, nizozemski po rođenju, filozof i fizičar. (Na ekranu se pojavljuje podaci pokazuju sliku i ime Christian Huygens). NEWTON - (Gledajući u ekran): Úigens, Uígens ili Óiguens, tko ste, što ste uzimajući u kojoj se zove! Huygens - (Ignoriranje Newton) Kao što sam rekao, svjetlo se sastoji od valova! NEWTON - Hereza, hereza! Svjetlosne čestice se formiraju! Svaka boja je drugačija vrsta česticaHuygens - Ne, svaka boja je val s različitim duljine! Valovi su crvene pomaknuo prizmu plavih valova. (Prikazuje se na zaslonupodataka-show, prizma skretanje valovi crvena i plava). To se događa jer su crvene valovi brže od plavih valova unutar staklene prizme. Ako je svjetlost od čestice inače: crvene čestice treba hodati sporije od plavih čestica, što će biti teže. NEWTON - Pa, to je istina. Ali da znam tko je u pravu, postoji samo jedan način: mjerenje brzine svjetlosti u staklu i provjeriti tko je lakši. (Unesite Albert Einstein). EINSTEIN - U pravu ste. Samo mjerenje. I ovo mjerenje je izradio je Francuz imenom Fizeau (Fizo), a dokazano je da je crveno svjetlo ide lakši u čaši od plavog svjetla. Huygens - vidjeti? Ja sam siguran. Svjetlo je val! Einstein je na mojoj strani! EINSTEIN - Lako na leglu ... Planck (slika se pojavljuje na zaslonu s imenom Max Planck) ja i drugi su pokazali da je svjetlo puno više prevrtljiva nego što možete zamisliti. U stvari, svjetlost je val, ali i čestica! Huygens i Newton - To je nemoguće! EINSTEIN - može činiti, ali to nije. Bilo je za to otkriće je došao kvantna teorija svjetlosti, koja je danas više nego dokazano iskustvo. No, to je druga priča, a ja predlažem da ostane ovdje. Uzmimo za kavuHuygens i Newton - zbunjeno (pola) - Hajde! NEWTON - Dobro, ali mi reći nešto o toj kvantnoj teoriji. (Prije odlaska, Einstein je stavio svoj jezik van). (Kraj) DEBATA Nakon završetka predstave, nastavnika koordinator, glumci i ekipa će pružiti raspravu zajedno s gledateljima, retaking glavne aspekte korpuskularnih i valne teorije, kao i, da vidi svjetlo kao dualne ondapartícula. Ovaj put to će biti prilika da se odgovori na postavljena pitanja od strane publike, i od strane nastavnika, kao i likova: Einstein, Newton i Huygens, i ponovio različite okolnosti u kojima se teorija je dizajniran i mijenjati.