Indicate the effect that energy can have in an organic molecule, when the energy

ID: 1038931 • Letter: I

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Indicate the effect that energy can have in an organic molecule, when the energy corresponds tocthe following types of Spectroscopy. Mass spectrometry Ultraviolet Nuclear magnetic resonance Infrared spectrophotometry Raman spectrophotometry Indicate the effect that energy can have in an organic molecule, when the energy corresponds tocthe following types of Spectroscopy. Mass spectrometry Ultraviolet Nuclear magnetic resonance Infrared spectrophotometry Raman spectrophotometry Mass spectrometry Ultraviolet Nuclear magnetic resonance Infrared spectrophotometry Raman spectrophotometry

Explanation / Answer

Mass spectrometry: If you apply energy on an organic molecule, fragmentation will occur depending upon the types of functional groups present.

Ultraviolet: If you apply energy on an organic molecule, electronic transition will occur after absorption of energy.

Nuclear magnetic resonance: Nuclear transition will occur upon absorption of energy for NMR active nuclei.

Infrared spectrophotometry: Absorption of energy causes vibrational stretching of functional groups present in molecules.

Raman spectrophotometry: Molecular polarizability will change after absorption of energy.

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Indicate the effect that energy can have in an organic molecule, when the energy

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