Why cannot each metal react to its own salt example cu and cu suo4?
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each metal cannot react its Own salt because ------
the the reactive strength of the metal will be same in both example cu and cuso4.
In both the metal cu (copper) has the same reactive streng
th. if in case there was fe (iron, more reactive than cu) to be reacted with cuso4 than displacement reaction would have taken place.
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It’s all about equilibrium.
Let’s use your example. However, let’s say we have copper metal in an aqueous solution of copper (II) sulfate.
You have a big chunk of copper atoms all stuck (metallic bonding!) together. In the solution, you have mostly water; copper+2 ions; and sulfate-2 ions. When a copper ion brushes up against the metallic copper, it might happen to hijack two electrons from the highly conductive copper metal and bond with it. However, now the chunk of copper has an overall +2 charge, and this isn’t stable. Along comes a sulfate-2 ion and bumps up against the surface of the copper metal. If electronic conditions are right, the sulfate ion pulls a copper ion off the surface into solution, like a really attractive dancer pulling a wallflower away from their friends and onto the dance floor.
So, the copper ion that used to be in solution is now metallic, no charge, and the copper atom is now an ion. The reaction is happening, but the opposite reaction is also happening. That’s equilibrium.
Let’s use your example. However, let’s say we have copper metal in an aqueous solution of copper (II) sulfate.
You have a big chunk of copper atoms all stuck (metallic bonding!) together. In the solution, you have mostly water; copper+2 ions; and sulfate-2 ions. When a copper ion brushes up against the metallic copper, it might happen to hijack two electrons from the highly conductive copper metal and bond with it. However, now the chunk of copper has an overall +2 charge, and this isn’t stable. Along comes a sulfate-2 ion and bumps up against the surface of the copper metal. If electronic conditions are right, the sulfate ion pulls a copper ion off the surface into solution, like a really attractive dancer pulling a wallflower away from their friends and onto the dance floor.
So, the copper ion that used to be in solution is now metallic, no charge, and the copper atom is now an ion. The reaction is happening, but the opposite reaction is also happening. That’s equilibrium.
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