True False placed after a collision cell at the entrance of a mass spectrometer uses thermodynamically favorable reactions to reduce isobaric interferences generated in the plasma contains a reactive gas such as CH,. N,O, or O, generates an analyte adduct via collisions that has a different mass-to-charge ratio from the interfering ions separates and selects ions based on their mass-to-charge ratios placed immediately before the detector in an ICP-MS instrument to remove interfering species proton transfer reactions in the cell can reduce interfering plasma species

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Chapter1: Chemical Foundations
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Classify each statement regarding a dynamic reaction cell as true or false.
True
False
uses thermodynamically favorable reactions to reduce isobaric
placed after a collision cell at the entrance of a mass spectrometer
interferences generated in the plasma
contains a reactive gas such as CH4, N,0, or O,
generates an analyte adduct via collisions that has a different
mass-to-charge ratio from the interfering ions
separates and selects ions based on their mass-to-charge ratios
placed immediately before the detector in an ICP-MS instrument to
proton transfer reactions in the cell can reduce interfering plasma species
remove interfering species
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Transcribed Image Text:Classify each statement regarding a dynamic reaction cell as true or false. True False uses thermodynamically favorable reactions to reduce isobaric placed after a collision cell at the entrance of a mass spectrometer interferences generated in the plasma contains a reactive gas such as CH4, N,0, or O, generates an analyte adduct via collisions that has a different mass-to-charge ratio from the interfering ions separates and selects ions based on their mass-to-charge ratios placed immediately before the detector in an ICP-MS instrument to proton transfer reactions in the cell can reduce interfering plasma species remove interfering species Answer Bank Incorrect
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