UV absorption detectors can also be used in ion chromatography for the measurement of ions such as nitrite and nitrate but cannot be used to detect ions such as fluoride and chloride. Why? Select th lict below

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UV absorption detectors can also be used in ion chromatography for the
measurement of ions such as nitrite and nitrate but cannot be used to detect ions
such as fluoride and chloride. Why?
Select the correct response from the list below
Nitrate and nitrite contain oxygen ions and as a result they absorb in the
UV region of the spectrum.
Fluoride and chloride do not contain any oxygen so don't absorb in the UV
region
Nitrate and nitrite contain N=N groups so they absorb in the UV region
Fluoride and chloride do not contain any double bonds so don't absorb in the UV
region
Nitrate and nitrite contain chromophores and as a result they absorb in the UV
region of the spectrum.
Fluoride and chloride do not contain any chromophores so don't absorb in the
UV region
Nitrate and nitrite contain nitrogen ions and as a result they absorb in the UV
region of the spectrum.
Fluoride and chloride do not contain any nitrogen so don't absorb in the UV
region
Transcribed Image Text:UV absorption detectors can also be used in ion chromatography for the measurement of ions such as nitrite and nitrate but cannot be used to detect ions such as fluoride and chloride. Why? Select the correct response from the list below Nitrate and nitrite contain oxygen ions and as a result they absorb in the UV region of the spectrum. Fluoride and chloride do not contain any oxygen so don't absorb in the UV region Nitrate and nitrite contain N=N groups so they absorb in the UV region Fluoride and chloride do not contain any double bonds so don't absorb in the UV region Nitrate and nitrite contain chromophores and as a result they absorb in the UV region of the spectrum. Fluoride and chloride do not contain any chromophores so don't absorb in the UV region Nitrate and nitrite contain nitrogen ions and as a result they absorb in the UV region of the spectrum. Fluoride and chloride do not contain any nitrogen so don't absorb in the UV region
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