Is there a relationship btw ionizable and polarity?

Thread starter MrGenetic
Start date Dec 27, 2017
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Polarity Relationship

In summary, an ionizable compound is a substance that can form ions when dissolved in a solvent. Polarity, which refers to the uneven distribution of charge within a molecule, plays a role in ionization as compounds with higher polarity are more likely to ionize. The relationship between ionizability and polarity is that compounds with higher polarity are more likely to be ionizable. The polarity of a compound can be determined by looking at the difference in electronegativity between its atoms. However, while there is a relationship between ionizability and polarity, it is not a direct correlation as other factors can also affect the ionizability of a compound.

Dec 27, 2017

MrGenetic

While polar molecule solved in solution, is this refers to ionizable molecule? Is it necessary or is it different things according the definitions?

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Dec 27, 2017

jerromyjon

Polar and ion refer to two different classes, polar means the charges are asymmetrical while ion means the total net charge is plus or minus.

1. What is an ionizable compound?

An ionizable compound is a substance that can undergo a chemical reaction to form ions when dissolved in a solvent. This means that the compound can either gain or lose electrons, resulting in a charged particle.

2. How does polarity affect ionization?

Polarity refers to the distribution of charge within a molecule. In general, compounds with higher polarity are more likely to ionize, as the uneven distribution of charge makes it easier for electrons to be gained or lost. Nonpolar compounds, on the other hand, are less likely to ionize.

3. What is the relationship between ionizability and polarity?

The relationship between ionizability and polarity is that compounds with higher polarity are more likely to be ionizable. This is because the uneven distribution of charge in polar compounds makes it easier for them to form ions, compared to nonpolar compounds with a more even distribution of charge.

4. How can the polarity of a compound be determined?

The polarity of a compound can be determined by looking at the difference in electronegativity between its atoms. Electronegativity is a measure of an atom's ability to attract electrons. If there is a large difference in electronegativity between the atoms in a compound, it is likely to be polar.

5. Is there a direct correlation between ionizability and polarity?

While there is a relationship between ionizability and polarity, it is not a direct correlation. There are other factors, such as the strength of the bond holding the atoms together, that can also affect the ionizability of a compound. Therefore, a highly polar compound may not always be highly ionizable.