(g) (i) Use VSEPR theory to draw the shape of the [XeF;]* cation.(ii) Construct the appearance of the low temperature ¹2⁹ Xe NMR spectrum for [XeF;]*-129-mag 10.0-colc20.0(iii) How does the spectrum change as the sample is warmed up?toskave burnos & noitesu

First we have to determine the shape of the molecule using VSEPR theory, then we have to check the…

(g) (i) Use VSEPR theory to draw the shape of the [XeFs]* cation. (ii) Construct the appearance of the low temperature mag 10.0 00.0 129 Xe NMR spectrum for [XeF;]*. (iii) How does the spectrum change as the sample is warmed up?

(g) (i) Use VSEPR theory to draw the shape of the [XeFs]* cation. (ii) Construct the appearance of the low temperature mag 10.0 00.0 129 Xe NMR spectrum for [XeF;]*. (iii) How does the spectrum change as the sample is warmed up?

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

Chapter15: Molecular Luminescence Spectrometry

Section: Chapter Questions

Problem 15.6QAP

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Question

(g) (i) Use VSEPR theory to draw the shape of the [XeF;]* cation.
(ii) Construct the appearance of the low temperature ¹2⁹ Xe NMR spectrum for [XeF;]*-
129-
mag 10.0-
colc
20.0
(iii) How does the spectrum change as the sample is warmed up?
toskave burnos & noitesu

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