Suchergebnisse
Suchergebnisse:
Vor 3 Tagen · Lista publicațiilor științifice ale lui Albert Einstein cuprinde date referitoare la lucrările științifice, publicate în timpul vieții de către Albert Einstein . Albert Einstein (n. 14 martie 1879, Ulm - d. 18 aprilie 1955, Princeton) a fost un fizician german, de origine evreiască, emigrat în 1933 în SUA, naturalizat elvețiano ...
Vor 5 Tagen · Hint: De-Broglie wavelength provides information about wave nature of a matter. It gives the relation between the wavelength and the momentum of the particle. According to De-Broglie the wavelength of the particle has an inverse relation with the momentum of the particle. Complete step by step answer:
Vor 3 Tagen · In de-Broglie's equation it is clear that, greater the mass of the particle, negligible is the wavelength. Lighter the particle is, the higher the significance of its wavelength. If a small stone is thrown up in the air, it also possesses wavelength, but the wavelength is so small that it has no significance because the mass of the stone is pretty much greater than that of an electron or other ...
Vor 5 Tagen · Albert leták na tento + příští týden nabízí spoustu slev. Akční letáky Albert vycházejí vždy ve středu a platí do úterý následujícího týdne - aktuální Albert leták, který najdete zde například platí od 01.06. - 30.06.. Nenechte si ujít Albert leták na příští týden, který na našich stránkách zveřejňujeme ...
Vor 5 Tagen · The idea of de-Broglie wavelength originated from de-Broglie hypothesis which was proposed in 1924-25 by French scientists, Louis de Broglie. He stated that electrons and other particles of matter possess wave-like characteristics and can behave like waves. The de-Broglie wavelength of the photon is expressed as
Vor 4 Tagen · Note: There is a de-Broglie equation which states that the matter may act like a wave, like light. (Since light or the radiation also acts like a wave). In other words, the de-Broglie equation suggests that the particles can also be acting like a wave. The de- Broglie equation is as follows,
Vor 5 Tagen · If the de-Broglie wavelengths for a proton and alpha particle is same, then the ratio of their velocities is:A. 1:2B. 2:1C. 1:4D. 4:1. Ans: Hint: The de Broglie wavelength is basically the wavelength associated with a moving particle\/matter.
