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Imdadul Haque posted an Question
September 17, 2020 • 03:21 am
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30 points
30 points
- IIT JAM
- Chemistry (CY)
What main type of forces must be disrupted between ch3oh molecules when c6h6 dissolves? a) hydrogen bonding b) dipole-dipole c)dipole-induced dipole d) induced
What main type of forces must be disrupted between CH3OH molecules when C6H6 dissolves? a) hydrogen bonding b) dipole-dipole c)dipole-induced dipole d) induced dipole-induced dipole
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Suman Kumar Best Answer
option A is correct
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Sir Explanation
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See in order to dissolve non polar compound there must be polar interaction absent
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benzene is a non polar compound
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CH3OH is a polar molecule. So it has H-bonding. This force must be disrupted to dissolve benzene
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Priyanshu kumar
Option A
methanol has the strongest intermolecular hydrogen bonding
when benzene dissolves...H bonding is disrupted
Methanol exhibits hydrogen bonding, and all three of the van der Waals attractions: Keesom forces (dipole-dipole) attraction, Debye forces (induced attraction) and London dispersion forces (which all molecules exhibit).
but the main forces which disrupt is H bonding
Hope you got this dear
please ask if any doubt