Yes, the bromite ion (BrO₂⁻) is polar. This is due to its bent molecular geometry, which results from the presence of a lone pair of electrons on the bromine atom. The difference in electronegativity between bromine and oxygen creates a dipole moment, making the overall ion polar.
Dissolving is just when water bonds and separates the cation and anion. Water's polarity is the reason why it surrounds each ion and separates it from the oppositely charged ion thus dissolving it. The negative end of the water surround the positive ion and the positively charged end of water surround the negative ion. If there is a polar molecule it will bond in a network with the polar water molecules This is why water will not dissolve non-polar molecules because the polarity has no affect on a non-polar molecule.
Na is positive ion,Cl is negative ion
Yes, The two C-O bonds are slightly negative and the C=0 bond is chargeless, so overall it is a polar molecule. (It also has dipole-dipole intermolecular force, but i might be wrong on that)
None of them. Cl is the symbol for an atom of chlorine. If it were a compound there would be at least one other symbol, and the same applies to a polar molecule. If it were a negative ion it would be Cl- with the negative sign as a superscript. Chlorine doesn't form positive ions in normal circumstances, but it would be Cl+ , again with the charge as a superscript.
The ion bromate is of course polar.
Br20 is known as Dibromine Monoxide.
No, ethers are non polar compounds while ;OH' is a negative ion.
The ammonium ion (NH4+) is polar because it has a positive charge on the nitrogen atom and a negative charge on the four hydrogen atoms around it. Despite being an ion, the polar nature of its molecular structure makes it different from typical ionic compounds.
Ammonium hydroxide is polar. The ammonium ion (NH4+) has a positive charge, and the hydroxide ion (OH-) has a negative charge, resulting in an uneven distribution of electrons and making the molecule polar.
NON-POLAR
Dissolving is just when water bonds and separates the cation and anion. Water's polarity is the reason why it surrounds each ion and separates it from the oppositely charged ion thus dissolving it. The negative end of the water surround the positive ion and the positively charged end of water surround the negative ion. If there is a polar molecule it will bond in a network with the polar water molecules This is why water will not dissolve non-polar molecules because the polarity has no affect on a non-polar molecule.
No, a polar molecule is not an ion. A polar molecule occurs when there is an unequal sharing of electrons between atoms within the molecule, creating a partial positive and partial negative charge. An ion, on the other hand, is a charged particle that has gained or lost one or more electrons.
Calcium hydroxide is an ionic compound, therefore it has no polarity.
The chemical name for BrO2 is bromine dioxide. Be careful though - bromite, which is different, is the name for the chemical BrO2-.
Yes, BrO2^- has a bent molecular geometry due to its lone pair on the central atom, which causes distortion from the ideal sp3 tetrahedral shape. The molecule is polar due to the uneven distribution of charge around the central bromine atom, which results from the combined effects of the bent geometry and the electronegativity difference between bromine and oxygen.
An ion-dipole bond is a type of intermolecular force that forms between an ion and a polar molecule. The positive or negative charge on the ion interacts with the partial positive or negative charge on the polar molecule, resulting in attraction between the two species. This type of bond is important in solutions where ions are present alongside polar molecules.
Yes, the hydronium ion (H3O+) is polar due to the uneven distribution of electrons around the molecule. The oxygen atom attracts electrons more strongly than the hydrogen atoms, creating a partial negative charge on the oxygen atom and partial positive charges on the hydrogen atoms.