Symbols for partial charge

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Jorja De Jesus 2C
Posts: 121
Joined: Sat Jul 20, 2019 12:15 am

Symbols for partial charge

Postby Jorja De Jesus 2C » Sun Nov 17, 2019 12:03 am

Do and represent partial charge? How do you know where to put these symbols and when? Also do the arrows () used along with these point from the negative to the positive?

Lauren Stack 1C
Posts: 100
Joined: Sat Aug 17, 2019 12:18 am

Re: Symbols for partial charge

Postby Lauren Stack 1C » Sun Nov 17, 2019 12:28 am

The various delta symbols do in fact show a partial charge. If you think about a water molecule, the two hydrogens will have a delta positive and the oxygen will have a delta negative. The arrows point towards the negative atom. So the point of the arrow will go towards the oxygen in the case of water. If you think about it, it is the way the electrons are being pulled.

Wendy 1E
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Joined: Sat Aug 17, 2019 12:17 am
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Re: Symbols for partial charge

Postby Wendy 1E » Sun Nov 17, 2019 12:32 am

The symbols represent partial charge. The negative partial charge goes on the most electronegative atom in a molecule, while the positive charge goes on the other atom. The dipole moments, which represent the arrows used, point from a positive partial charge to a negative partial charge (towards the most electronegative atom). To remember this, the + side of the arrow represents where a positive partial charge is, while the side that the arrow is pointing to represents where a negative partial charge is.

Simon Dionson 4I
Posts: 107
Joined: Sat Sep 14, 2019 12:17 am

Re: Symbols for partial charge

Postby Simon Dionson 4I » Sun Nov 17, 2019 3:22 pm

∂+ and ∂- represent partial charges due to difference in electronegavities. A dipole is indicated by ∂+ --> ∂-

Shail Avasthi 2C
Posts: 101
Joined: Fri Aug 30, 2019 12:17 am

Re: Symbols for partial charge

Postby Shail Avasthi 2C » Tue Dec 03, 2019 8:13 pm

The +/- delta symbols represent partial positive and partial negative. The +-----> arrow points in the direction of the negative end of the dipole, with the "cross" end of the arrow towards the positive end of the dipole.

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