Does Zinc Tend to Lose Electrons When in Contact with Negatively Charged Metals?

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In summary, when a negatively charged metal (Cu) comes into contact with a neutral metal (Zn), the extra charges are shared between the two metals. While zinc typically loses electrons, copper does not behave the same way and does not intend to be negatively charged. However, in the end, it depends on the other metal whether it will accept or reject the extra electrons. This process of sharing extra charges between two conductors is common.
  • #1
primarygun
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If a metal(Cu) is negatively charged, and is put to touch an another neutral metal(Zn), the extra charges are shared by both metal.
But, doesn't zinc tend to lose e-?
 
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  • #2
I can in now way decipher what you mean. Anyways, from my experience Cu has never behaved that badly and has no intentions to be negatively charged.And even if "negative" Cu is in touch with Zn , it all depends on Zn to take those electrons or not.

Cu is very unstable , so it will definitely lose its electrons to some other atom ..nuetral or positively charged.And rest depends ont he other metal to lose or not to lose the electrons.
 
  • #3
Two conductors share the extra charges, don't they?
 

1. Doesn't zinc tend to lose e-?

Yes, zinc is a reactive metal and tends to lose electrons in chemical reactions.

2. Why does zinc lose e- easily?

Zinc has a relatively low ionization energy, meaning it requires less energy to remove an electron from its outer shell compared to other elements.

3. What is the electron configuration of zinc?

The electron configuration of zinc is [Ar]3d104s2, meaning it has two electrons in its outermost shell.

4. Can zinc gain e- in certain reactions?

Yes, zinc can gain electrons in certain reactions, such as in the formation of zinc sulfide (ZnS).

5. How does zinc's tendency to lose e- affect its reactivity?

Zinc's ability to easily lose electrons makes it more reactive, as it is more likely to form compounds with other elements to gain stability.

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