Electromagnetic radiation: with wavelengths longer than infrared but shorter tha

Question

Electromagnetic radiation: with wavelengths longer than infrared but shorter than radio: _______ with frequency higher than visible violet but less than gamma rays could be _________ or ____________. with energy higher than yellow light but less than violet could be _____________ or __________ with speed faster than UV is _____________. with wavelength = 100 m is _____________. Fill in the blanks correctly using words below. Bohr's theory' of the hydrogen atom correctly determined the __________ levels but incorrectly placed electrons in around the nucleus. Schrömul dinger's theory of __________ mechanics places the electrons in ________ which indicate regions of space where there is a high probability of finding the electron. Possible answers: absorption, emission, uncertainty, probabilities, quantum, orbits, orbitals photons, transition, energy, frequency, radiation

Explanation / Answer

Q13

wavelenghts longer than IR but shorter than radio --> microwaves!

frequency higher than visible violet but less than gamma rays

could be --> X-rays of UV-light

Q14

with energy higher than yellow light but less than violet --> this is visible light, either cyan or blue

with speed faster than UV --> Xrays or gamma rays

with LW = 100 nm --> UV light

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