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Explain how intermolecular forces and the molecular structure ofmolecules being separated determines the best solvent for use inchromatography. Make sure to explain...

Question

Explain how intermolecular forces and the molecular structure ofmolecules being separated determines the best solvent for use inchromatography. Make sure to explain how solubility works

explain how intermolecular forces and the molecular structure of molecules being separated determines the best solvent for use in chromatography. Make sure to explain how solubility works



Answers

explain how intermolecular forces and the molecular structure of molecules being separated determines the best solvent for use in chromatography. Make sure to explain how solubility works

A molecule that contains polar bonds can itself be non polar if the shape or the geometry of the molecule allows for bond polarity cancellation such as in the case of carbon dioxide, we have at 180 degrees, a positive to negative and a positive to negative. So using vector analysis, the magnitude of the dipole moment in one direction is completely canceled by the magnitude of the dipole moment in the opposite direction.

So this case could be a raised the situation when Tuan ago identical items are phone across the central items from one another. So in this case, Ondo H. Bones with central item is Paula. But o. R. Molik molecule is Mom Haller, as polarity of Belle's phone are a opposite direction, and it consoled each other out, so a good example would be the coming down side. So this are polar bonds. But well, for the whole molecules will not Pullard because it's, uh, it has obviously the directions which well are re, which will reduce the Regis Apollo charities for the whole molecule.

Let's describe how gas chromatography works in gas chromatography. Yeah. Yeah. Yeah. A stream of gaseous mixture. Mhm. Containing the vaporized sample. Yeah. Mhm. And the carrier gas. Mhm. Is inserted into a packed column, Yeah. Of either a solid or liquid. Mm hmm. Mhm. Mhm. Adhering to a solid. Yeah. As the gas phase moves through the column. Mhm. Yeah. Okay. Okay. Different substances in the sample. Yeah. Are attracted differently, Yeah. Mhm. Yeah. To the stationary packed column, depending upon the difference and retention time. Mhm. Yeah. Mhm. Mhm. Yeah. The components present in the sample. Yeah. Yeah. Mhm. Mhm. Our alluded and analyzed by a detector. Mhm. Mhm. The retention times can be used to identify substances. Yeah. Mhm. The data obtained from the detector mm Yeah. Is used to develop a computer computer plot. Yeah. Yeah. Known as a crow monogram. Mm. Okay. Mhm. Thanks. Where each peak mhm, corresponds to a specific substance? Yeah. Mhm. Mhm. Yeah. Yeah.


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