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Intermolecular Forces
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Gerrard24
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I'm doing the May 2013 Atoms paper, question 3di is, name the main intermolecular forces present. NH(3) and PH(3) - How do i do this?
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charco
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(Original post by Gerrard24)
I'm doing the May 2013 Atoms paper, question 3di is, name the main intermolecular forces present. NH(3) and PH(3) - How do i do this?
I'm doing the May 2013 Atoms paper, question 3di is, name the main intermolecular forces present. NH(3) and PH(3) - How do i do this?
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Gerrard24
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Yeah, I get that, I just don't understand how to work it out, or is it something I'm just expected to know?
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charco
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(Original post by Gerrard24)
Yeah, I get that, I just don't understand how to work it out, or is it something I'm just expected to know?
Yeah, I get that, I just don't understand how to work it out, or is it something I'm just expected to know?
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Gerrard24
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#5
(Original post by charco)
You are expected to know that H attached to N or O produces hydrogen bonding ...
You are expected to know that H attached to N or O produces hydrogen bonding ...
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theboss1998
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Hydrogen bonds will only occur between a highly electronegative centre (N,O and F) that have at least a lone pair and a H atom. Hence, Oxygen has 2 lone pairs, one of which forms a hydrogen bond with the hydrogen on another water molecule.
Permanent Dipole-Dipole occurs between atoms of different electro-negativities forming slightly positive and slightly negative charges.
Permanent Dipole-Dipole occurs between atoms of different electro-negativities forming slightly positive and slightly negative charges.
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Gerrard24
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(Original post by theboss1998)
Hydrogen bonds will only occur between a highly electronegative centre (N,O and F) that have at least a lone pair and a H atom. Hence, Oxygen has 2 lone pairs, one of which forms a hydrogen bond with the hydrogen on another water molecule.
Permanent Dipole-Dipole occurs between atoms of different electro-negativities forming slightly positive and slightly negative charges.
Hydrogen bonds will only occur between a highly electronegative centre (N,O and F) that have at least a lone pair and a H atom. Hence, Oxygen has 2 lone pairs, one of which forms a hydrogen bond with the hydrogen on another water molecule.
Permanent Dipole-Dipole occurs between atoms of different electro-negativities forming slightly positive and slightly negative charges.
Okay, thank you. Does than mean Hydrogen bonding only occurs when bonded with N-O-F, is there not any other molecules? Also Permanent dipole-dipole, you said different electronegativities, does that mean it only occurs in ionic bonding?
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theboss1998
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Hydrogen Bonds only occur with N-O-F
Permanent Dipole-Dipole could occurs between any atoms. However, they can occur between covalent bonds too, ie. Carbon-Fluorine bond has a large difference in electronegativity so it isnot just ionic. However, large differences will be ionic.
Hydrogen bonds occur since there are large differences between H and N-O-F atoms.
Permanent Dipole-Dipole could occurs between any atoms. However, they can occur between covalent bonds too, ie. Carbon-Fluorine bond has a large difference in electronegativity so it isnot just ionic. However, large differences will be ionic.
Hydrogen bonds occur since there are large differences between H and N-O-F atoms.
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