Match the detector or detectors that can be used in gas chromatography for the detection of the following list of analytes by dragging the detector into the box to the left of the analyte. (More than one detector may be appropriate for a given analyte, and a given detector may be appropriate for more than one group of analytes.) Carbon atoms bearing hydrogen atoms Molecules with halogens, CN, NO2, conjugated C=O Aromatic and unsaturated compounds P and S and other elements selected by wavelength. P and N (and also hydrocarbons) S thermal conductivity flame ionization electron capture flame photometric nitrogen- phosphorus photoionization sulfur chemiluminescence mass spectrometer

Match the detector or detectors that can be used in gas chromatography for the detection of the following list of analytes by dragging the detector into the box to the left of the analyte. (More than one detector may be appropriate for a given analyte, and a given detector may be appropriate for more than one group of analytes.) Carbon atoms bearing hydrogen atoms Molecules with halogens, CN, NO2, conjugated C=O Aromatic and unsaturated compounds P and S and other elements selected by wavelength. P and N (and also hydrocarbons) S thermal conductivity flame ionization electron capture flame photometric nitrogen- phosphorus photoionization sulfur chemiluminescence mass spectrometer

Chemistry

10th Edition

ISBN:9781305957404

Author:Steven S. Zumdahl, Susan A. Zumdahl, Donald J. DeCoste

Publisher:Steven S. Zumdahl, Susan A. Zumdahl, Donald J. DeCoste

Chapter1: Chemical Foundations

Section: Chapter Questions

Problem 1RQ: Define and explain the differences between the following terms. a. law and theory b. theory and...

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2. A chromatographic column is eluted with a solution containing a mixture of two components, X and Y. The chemical affinity of X for the stationary phase is less than that of Y and the chemical affinity for X for the mobile is greater than that of Y. Which substance will be eluted first? Explain your answer.
Analysis of pure molecules either heterogenous mixture or analysis of pure molecules neither heterogenous mixture nor analysis of pure molecules heterogenous mixture
Please don't provide handwriting solution
what is chromatography? Explain different types of chromatography and explain how to seperate compounds. indicate stationary phase mobile phase.
Give answer of the question and also provide explaination of true and false statements!
Which one of the following techniques cannot be used to measure the amount of Ni in a sample? O gas chromatography visible light spectrometry voltammetry ICP-MS O atomic absorption spectrometry
Identify the detectors in gas chromatography that can be used for the detection of each type of analyte. More than one detector may be appropriate for a given analyte, and a given detector may be appropriate for more than one type of analyte. compounds ionized by UV radiation sulfur or nitrogen containing compounds halogenated compounds flame ionization Answer Bank mass spectrometer nitrogen and phosphorous containing compounds thermal conductivity electrolytic conductivity hydrocarbons electron capture thermionic photoionization
How is light and energy used in gas chromatography- mass spectrometry (GC-MS)?
One disadvantage of thin layer chromatography is that... it cannot be used for quantitative measurements. O it consumes large volumes of solvents O it cannot analyze volatile samples it cannot be used to analyze many samples simultaneously it requires a large amount of sample for analysis
What is the role of helium gas in gas chromatography? stationary phase O It does not play a role in gas chromatography O mobile phase analyte
Use a suitable model to explain how separation and identification of a mixture of organic compounds can be achieved with a thin layer chromatographic (TLC) technique.
Identify the detectors in gas chromatography that can be used for the detection of each type of analyte. More than one detector may be appropriate for a given analyte, and a given detector may be appropriate for more than one type of analyte.