The metallic bonding in aluminium is strong because of large number of

a

delocalized electrons

b

immobile electrons

c

lone pair electrons

d

valence electrons

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Youngboss_19
1 year ago

I chose A. being delocalized electrons because Metallic bonding has a large amount of delocalized electrons moving freely around the metal according to my knowledge from New school Chemistry.
@My school pls look into it because no answer is showing from my end .

Truss
1 year ago

The correct answer is:

A. delocalized electrons

Metallic bonding in aluminum is strong because it has a large number of delocalized electrons that move freely throughout the metal lattice. These electrons create a "sea of electrons" that holds the positively charged metal ions together, resulting in strong metallic bonding.
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