Difference between revisions of "Group 5"
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===About Group 5=== | ===About Group 5=== | ||
| − | : [[Group 5]] [[atom]]s | + | : [[Group 5]] [[atom]]s |
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: The [[element]]s in [[Group 5]] are: | : The [[element]]s in [[Group 5]] are: | ||
| − | :*[[Nitrogen]] | + | :*[[Nitrogen]] can gain 3 [[electron]]s to form [[Negative Ion|negative ions]] with a [[Electrical Charge|charge]] of -3. |
| − | :*[[Phosphorus]] | + | :*[[Phosphorus]] can gain 3 [[electron]]s to form [[Negative Ion|negative ions]] with a [[Electrical Charge|charge]] of -3. |
| − | :*[[Arsenic]] | + | :*[[Arsenic]] can gain 3 [[electron]]s to form [[Negative Ion|negative ions]] with a [[Electrical Charge|charge]] of -3. |
| − | :*[[Antimony]] | + | :*[[Antimony]] can lose [[electron]]s to form [[Positive Ion|positive ions]]. |
| − | :*[[Bismuth]] | + | :*[[Bismuth]] can lose [[electron]]s to form [[Positive Ion|positive ions]]. |
Revision as of 08:39, 4 April 2019
Key Stage 3
Meaning
Group 5 are elements on the Periodic Table with 5 electrons in their outer shell.
About Group 5
 |
| Group 5 elements are shown in yellow on this Periodic Table. |
Key Stage 4
Meaning
Group 5 are elements on the Periodic Table with 5 electrons in their outer shell.
About Group 5
|
| Group 5 elements are shown in yellow on this Periodic Table. |
- The elements in Group 5 are:
- Nitrogen can gain 3 electrons to form negative ions with a charge of -3.
- Phosphorus can gain 3 electrons to form negative ions with a charge of -3.
- Arsenic can gain 3 electrons to form negative ions with a charge of -3.
- Antimony can lose electrons to form positive ions.
- Bismuth can lose electrons to form positive ions.