The wavelength of radiation emitted or absorbed by a rapidly moving atom decreas
ID: 975882 • Letter: T
Question
The wavelength of radiation emitted or absorbed by a rapidly moving atom decreases if the motion is toward a transducer and increases if the atom is receding from the transducer is known as: Pressure Broadening Nernst Equation The WackaFlocka Effect Doppler Effect Compared to molecular line spectra, atomic spectra is usually, Thin Medium Thick Process in atomic spectroscopy by which liquid sample solution is "sprayed" to increase surface-to-volume ratio of droplets before they enter the spectrometer. Nebulization VaporizationDesolvation atomization What chemical system does "Infrared Radiation (IR) radiation" interact with to produce useful analytical information? molecular rotations and vibrations (bends and stretches) valence electronic transitions inner electronics transitions nuclear spin Spectroscopy is the study of the interaction between and matter. Nuclear Energy Heat Cosmic Electromagnetic Radiation Instrument used to study matter using Electromagnetic energy Spectroscopist Chromatograph Spectrometer Spectroscopy Which chemical system does "visible" radiation interact with to produce useful analytical information? molecular rotations and vibrations (bends & stretches) valence (outer) electronic transitions inner electronic transitions nuclear spin Which chemical system does "x-ray" radiation interact with to produce useful analytical information? molecular rotations and vibrations (bends & stretches) valence electronic transitions inner electronic transitions nuclear spinExplanation / Answer
1) dopler effect- The Doppler effect (or the Doppler shift) is the change in frequency of a wave (or other periodic event) for an observer moving relative to its source. It is named after the Austrian physicist Christian Doppler, who proposed it in 1842 in Prague.
2) thin
3) nebulization (used in AAS)
4) IR deals with molecules with permanent dipole moment and dipole monent changes with bending and stretching hence a)
5) EMR with matter...different spectroscopy uses different range of radiation
6) spectrometer ....
7) b) valence electronic transitions ..like pie to piestar, n to piestar ..etc
8) c)
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