Polarity
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Re: Polarity
Hi!
Yes, I think polarity and the ionic characteristics of covalent bonds are related. Polar covalent bonds have ionic character because the electrons are not shared equally, whereas nonpolar covalent bonds (when electrons are shared between the same atom) don't have ionic characteristics because the two atoms have the same electronegativity. Hope this helps!!
Yes, I think polarity and the ionic characteristics of covalent bonds are related. Polar covalent bonds have ionic character because the electrons are not shared equally, whereas nonpolar covalent bonds (when electrons are shared between the same atom) don't have ionic characteristics because the two atoms have the same electronegativity. Hope this helps!!
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Re: Polarity
Hi Jordi!
I'm not entirely sure what you mean by ionic character, but polarity reflects how, in a covalent bond, when there are unequal electronegativities, the electrons are shared unequally (polar). If the elements have equal electronegativities, the electrons are shared equally and are called non-polar. So there is a difference in charge between the elements, so I think that kind of reflects the "ionic character" you're talking about.
I'm not entirely sure what you mean by ionic character, but polarity reflects how, in a covalent bond, when there are unequal electronegativities, the electrons are shared unequally (polar). If the elements have equal electronegativities, the electrons are shared equally and are called non-polar. So there is a difference in charge between the elements, so I think that kind of reflects the "ionic character" you're talking about.
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Re: Polarity
Polarity means that there is an unequal charge, an unequal distribution of a shared electron. Thus a polar covalent bond has polarity because of an unequally shared electron.
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Re: Polarity
Yes! Polar covalent bonds resemble the same characteristics as ionic bonds, because there is an unequal distribution of electrons between the two elements. As stated in Lavelle's lecture #16, all covalent bonds have some ionic character, except when you are dealing with a bond between two of the same element, such as H-H.
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Re: Polarity
Polarity is commonly used in context of the distribution of electrons due to a difference in electronegativity between two elements. For example, nonpolar covalent bonds and polar covalent bonds describe the distribution of electrons between two bonded nonmetals.
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Re: Polarity
If you are referring to ionic characters as in the partial positive and negative charges due to differences in electronegativities, then that probably means that the two are interchangeable in some ways.
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Re: Polarity
Since the electrons of polar covalent bonds are not shared equally, the polar bonds have ionic character; on the other hand, since the electrons of nonpolar covalent bonds are shared equally between the same atom, it does not have ionic characteristics. Therefore, polarity is basically the same as a covalent bond having ionic character.
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Re: Polarity
Polarity is the partial positive and partial negative charges of a covalent bond, meaning electrons are shared unequally.
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Re: Polarity
Polarity is similar to characteristics of ionic bonds in the sense that they both describe partial positive and partial negative charges. This means that electrons are shared unequally.
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