This page describes an image Light Dispersion by a Triangular Prism
Scarica File ( immagine 777.82 kB)
Didascalia:
This photograph shows a prism splitting a beam of white light into its component colors — a beautiful demonstration of optics, the branch of physics that studies how light behaves and interacts with materials. When white light enters the prism, different wavelengths (colors) bend by different amounts because of a process called refraction. This separation of colors produces a spectrum — similar to a rainbow — revealing that white light is actually made up of many colors combined going from blue, through green and yellow to red.
Understanding optics helps scientists and engineers design lenses, microscopes, telescopes, cameras, and many other tools that shape and control light for practical use. The way the prism disperses light into a spectrum is the same principle that makes rainbows form in the sky when sunlight passes through raindrops.
Didascalie in altre lingue
Crediti per l'immagine: Kelvinsong Link per i Crediti
Termini di glossario connessi:
Luce
, Ottica
, Spettro visibile
Licenza per l'immagine: CC0 1.0 Universal (CC0 1.0) Donazione al Pubblico Dominio CC0 1.0 Universal (CC0 1.0) Donazione al Pubblico Dominio icone
Le didascalie di file multimediali presentate sul sito web OAE sono state scritte,Tradotte e riviste tramit Sun impegno collettivo dell'OAE, dei Centri e Nodi OAE, iCoordinatori Nazionali per la Didattica dell'Astronomia e altri volontari. Trovatel'elenco completo dei crediti per il nostro progetto di traduzione. Tutte le didascaliedei file multimediali sono pubblicate sotto Creative Commons CC BY-4.0 licenza di traduzione, e dovrebbero essereaccreditate all'IAU OAE.I file multimediali stessi possono avere licenze diverse (vedi sopra) eDovrebbero essere accreditate come specificato al paragrafo "crediti"
Se noti un errore di fatto in questa didascalia o un errore in una delle sue traduzioni, per favore contattaci.
Didascalie in lingue diverse:
Didascalia: This photograph shows a prism splitting a beam of white light into its component colors — a beautiful demonstration of optics, the branch of physics that studies how light behaves and interacts with materials. When white light enters the prism, different wavelengths (colors) bend by different amounts because of a process called refraction. This separation of colors produces a spectrum — similar to a rainbow — revealing that white light is actually made up of many colors combined going from blue, through green and yellow to red.
Understanding optics helps scientists and engineers design lenses, microscopes, telescopes, cameras, and many other tools that shape and control light for practical use. The way the prism disperses light into a spectrum is the same principle that makes rainbows form in the sky when sunlight passes through raindrops.
Crediti per l'immagine: Kelvinsong
Termini di glossario connessi: Light , Optics , Visible Spectrum
.jpg){kind=link}
