According to quantum mechanics light behavior as a , and electron According to Q

Question

According to quantum mechanics light behavior as a        , and electron

According to Quantum Mechanic light behave as a , and electron behave as a , wave, particle wave, wave particle, particle particle, wave The reason why you could see the reflected light from different angles because of specula reflection bending of light refraction diffuse reflection Which is not true about Hohr model of atom? The atom forms a miniature "solar system" The electron arbits are quantized While moving in stable orbits, electron can omit photon Electrons may jump from one allowed orbit to another Suppose an X-ray beam has, a wavelength lambda = 1.5 times 1010 m. What is the speed of the x-ray wave in vacuum? 1.5 times 1010 m/s 3 times 105 m/s, 6.6 times 109 m/s zero What is the frequency of this wave? 2 times 1010 hz 4.4 times 1010 hz 3 times 108 hz 1.5 times 108 h What is the energy of the angle photon of this x-ray wave in joules? zero J 1.33 times 10-15 J 2.9 times 1014 J 19.8 times 1016 J When light passes through two narrow alits it forms bright and dark patterns on the screen. The behavior called interference diffraction dispersion doppler refraction One can analyze the radiation emitted by a source of light by passing the light through a prism and measure the intensity of radiation coming off in the various wavelengths (colors). This behavior called interference diffraction diapers ion doppler refraction When wave passes through an opening in a barrier, it spreads out to the sides if the opening gap is equal or less than the wavelength of the wave. This behavior called interference diffraction dispersion doppler refraction A coin placed in a cup of water appears or closer to the surface when viewed from above than a coin in a cup without water. This behavior called interference diffraction diapers ion doppler refraction

Explanation / Answer

light behaves as photons in quantum mechanics

Related Questions

Navigate

• Browse (All)
• Browse A
• Subjects

---

---

Integrity-first tutoring: explanations and feedback only — we do not complete graded work. Learn more.