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Because the double bond between nitrogen is very strong
Ammonia. The fluorine atoms on the nitrogen of Nitrogen trifluoride withdraw electrons making the Nitrogen lone pair of electrons less available and thus less basic.
There can not be any reason, because the premise is not true: Group 7 elements become less rather than more reactive from fluorine to iodine.
The highly reactive non-metals are in the halogen group. They just need one more electron to fill the octet. Therefore they are highly reactive. For example fluorine and chlorine. And the highly reactive metals are placed in the first group (alkali metals). For example Sodium and potassium.
sodium has one electron more(2,8,1) and fluorine has 1 electron less(2,7) But neon has a stable configuration(2,8,8).
Nitrogen (N2) is less reactive than fluorine (F2) because the triple bond in diatomic nitrogen requires much more energy to break than the single bond in diatomic fluorine. This means that there is a much greater energy requirement to dissociate two nitrogen atoms from each other than two fluorine atoms, making nitrogen far less reactive than fluorine.
Because the double bond between nitrogen is very strong
Nitrogen is kept in places to keep away air as it is very less reactive.
Ammonia. The fluorine atoms on the nitrogen of Nitrogen trifluoride withdraw electrons making the Nitrogen lone pair of electrons less available and thus less basic.
If fluoride means fluoride salt of a less reactive metal than magnesium:Magnesium + Fluoride ion ----> Magnesium fluorideMg + 2 F - ----> MgF2If fluoride refers to fluorine gas:Magnesium + Fluorine ----> Magnesium fluorideMg + F2 ----> MgF2
There can not be any reason, because the premise is not true: Group 7 elements become less rather than more reactive from fluorine to iodine.
The group sevens non-metals get less reactive the further down the table they fall, making fluorine the most reactive and iodine least reactive. So based on this i would say that fluorine reacts fastest with iron (:
Palladium ia a less reactive metal; Pd react with fluorine, chlorine, nitric acid, etc.
The highly reactive non-metals are in the halogen group. They just need one more electron to fill the octet. Therefore they are highly reactive. For example fluorine and chlorine. And the highly reactive metals are placed in the first group (alkali metals). For example Sodium and potassium.
sodium has one electron more(2,8,1) and fluorine has 1 electron less(2,7) But neon has a stable configuration(2,8,8).
Bromine is less reactive than chlorine (and much less so than fluorine) so it is selective when it comes to halogenation substitution reactions.
Nitrogen is a diatomic gas at room temperature. These nitrogen atoms are bond by a triple bond. It needs more energy to break this bond. So nitrogen is less reactive.