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In terms of chemical bonding why are the water molecules easily removed from the Cuso yet the CuSO4 stays together? 1...

Question

In terms of chemical bonding why are the water molecules easily removed from the Cuso yet the CuSO4 stays together? 1

In terms of chemical bonding why are the water molecules easily removed from the Cuso yet the CuSO4 stays together? 1



Answers

Why is the dissolving of many ionic solids in water an endothermic process, whereas the mixing of most miscible liquids is an exothermic process?

This question asked us why ions usually react much faster than Kobe LaMotta coz when they're in a quick solutions. We know that chemical reactions involve in bond breaking and bond for me and for Covalin molecules. What A. When it first start to react, bonds needs to break, and we know that bond breaking requires energy and the needs to overcome the activation barrier. Sorry, activation energy barrier. However, if the reactions are ions already, they do not need to break any balls, but they can just form bonds directly. So for ions, there's no bond breaking required and no external energies required to break these bonds. So usually the reactions are much faster because they have a essentially lower activation energy. Moreover, if we have an ionic reaction, we usually have positive and negative ions or cat Hiaasen and ions, and they will attract each other and Dr Reaction faster. Therefore, this is a reason why I on Jan. Anchor solution usually react much faster than reactions between Covalin marshals

The flexible shape of globular proteins allows them to bend more easily to interact with water molecules, making them water soluble.

Water has many unique properties. One property of water is that it is significantly polar, meaning it has a region of its molecules that has a partial positive charge in a region of its molecule that is partially negative, The oxygen atom ends up being partially negative, and the two hydrogen atoms are partially positive. Because of this, water can dissolve polar compounds and ionic compounds, meaning it can hydrate both the cat ions, oven, ionic compound and the and ions. How does it do this? Well, the cat ions become hydrated by having the water molecules surround the cat eye on with its with their oxygen's part. That air partially negatively charged, facing the cat eye on the and ions become hydrated when the positive parts of the water molecules the hydrogen surround. The an eye on here would be an example of how a cat ion would be salivated in water being surrounded by the oxygen's, and an an eye on being hydrated in water being surrounded by the hydrogen zones

His question says, Why are some ionic compound soluble in water and others not yours generally, how solid ability works. You have an ionic compound, made a positive and negative ions When they enter water. Water's able to stabilize those individual ions by rearranging their die poles to cancel out these charges. So the negative Die poll on oxygen stabilizes the positive ions and the positive Die Poland Hydrogen stabilizes the negative ions. This is generally how this works. You can kind of think this like an equilibrium. If this state where water molecules are stabilizing the charged ions is more favorable, then predominantly that kind of compound will be. So leave a little dissolve in water if the two islands together is a more stable configuration than it will be insulated in water. But what is it that makes it more or less favorable if these charges are quite large? If if there's a strong, really strong attraction between these two ions, there won't be enough energy from the rearrangement of water molecules to make them break apart that they would prefer to be together and then, if there are weaker interactions, safer sodium chloride. Uh, this rearrangement is more energetically favourable, energetically favourable so that they will dissolve in water. Water will rearrange itself to neutralize those charges. It depends on the strength of the ionic interaction between the electrostatic interaction between the ions in the compound that determines whether or not it's soluble in water.


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