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Tetrachloromethane/tetrafluoromethane boiling points
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Explain why the boiling point of tetrachloromethane is higher than the boiling point of tetrafluoromethane.
Is this to do with larger dipoles from chlorine?
Is this to do with larger dipoles from chlorine?
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#3
(Original post by Pigster)
More e- therefore larger London dispersion forces.
More e- therefore larger London dispersion forces.
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#7
I made an assumption that the OP & Marrow are Y12.
This year is the last year of the current OCR A spec (F321-F326) and they called them VdW forces.
The new spec (Y12 kids doing currently) starting this year calls intermolecular forces as a group VdW forces and (correctly) calls just id-id forces as LDF.
OCR B has always done it correctly, I understand.
This year is the last year of the current OCR A spec (F321-F326) and they called them VdW forces.
The new spec (Y12 kids doing currently) starting this year calls intermolecular forces as a group VdW forces and (correctly) calls just id-id forces as LDF.
OCR B has always done it correctly, I understand.
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