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Place the methods listed in the table below in order of increasing sensitivity for the detection of tellurium (Te). Place the least sensitive first and the most sensitive last. Method Signal to Noise ratio for Te 0.107 ppm Flame Atomic Absorption Furnace Atomic Absorption Hydride Atomic Absorption Inductively Coupled Plasma Emission 0.00020 mg L-1 0.004 ppb 6 ng mL-1

Place the methods listed in the table below in order of increasing sensitivity for the detection of tellurium (Te). Place the least sensitive first and the most sensitive last. Method Signal to Noise ratio for Te 0.107 ppm Flame Atomic Absorption Furnace Atomic Absorption Hydride Atomic Absorption Inductively Coupled Plasma Emission 0.00020 mg L-1 0.004 ppb 6 ng mL-1

Principles of Instrumental Analysis
Principles of Instrumental Analysis
7th Edition
ISBN:9781305577213
Author:Douglas A. Skoog, F. James Holler, Stanley R. Crouch
Publisher:Douglas A. Skoog, F. James Holler, Stanley R. Crouch
Chapter9: Atomic Absorption And Atomic Fluorescence Spectrometry
Section: Chapter Questions
Problem 9.11QAP
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Place the methods listed in the table below in order of increasing sensitivity for the detection of tellurium (Te). Place the least sensitive first and the most sensitive last. Method Signal to Noise ratio for Te 0.107 ppm Flame Atomic Absorption Furnace Atomic Absorption Hydride Atomic Absorption Inductively Coupled Plasma Emission 0.00020 mg L-1 0.004 ppb 6 ng mL-1
Transcribed Image Text:Place the methods listed in the table below in order of increasing sensitivity for the detection of tellurium (Te). Place the least sensitive first and the most sensitive last. Method Signal to Noise ratio for Te 0.107 ppm Flame Atomic Absorption Furnace Atomic Absorption Hydride Atomic Absorption Inductively Coupled Plasma Emission 0.00020 mg L-1 0.004 ppb 6 ng mL-1
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