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4 answers

this is false
metals are the ones that lose their electrons and form positive ions and non metals accept these electrons and they also form negative ions

An example:
K + F ----> KF

The metal potassium (K) loses 2 electrons for it to form a postive ion and this is shown like this:
K - 2e ---> 2K+

the non metal flourine (F) gains an electrons to form a negative ion and this is shown like this:
F + e ---> F-

hope my examples clarifies my explanation

2007-01-29 11:17:04 · answer #1 · answered by Pharmalolli 5 · 0 0

Neither T or F - can't be generalized.

What can be is this: metals like to "transfer" electrons between atoms within the same element.

Nonmetals - may have no electrons available to play with so gaining or losing them is a very energetic (and often unsuccesful) experiment. They certainly don't like to transfer them - but they do like to "share" them (if the are available for sharing) - to make bonds which are more stable that the element itself.

2007-01-29 05:41:22 · answer #2 · answered by Dr Dave P 7 · 0 1

No It is the opposite metal electropositive elements tend to lose electrons whereas non metals tend to gain electrons

2007-01-29 05:35:06 · answer #3 · answered by maussy 7 · 0 1

False: other way around.

2007-01-29 05:33:52 · answer #4 · answered by Anonymous · 0 1

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