Nooooooooooooo not at all, well some things yeah i guess but the majority no.
I'm not quite sure what you mean because alumina is a compound (aluminum oxide or Al2O3) and aluminum is an element. Therefore, there isn't a bond per se from aluminum to alumina... just aluminum-aluminum bonds and aluminum-oxygen bonds. I do know that alumina will dissolve in a strong base solution, such as KOH or NaOH, and so if you have a layer of alumina on an aluminum sheet, a strong base solution will remove it. Also, a strong acid will dissolve the aluminum. (I do have to admit I'm not entirely sure what the effect of a strong base on aluminum and a strong acid on alumina is, though... and that might be a problem... hmm...)
The process of dissolving aluminum oxide occurs when the solid aluminum oxide is mixed with a strong base, such as sodium hydroxide, in water. The base reacts with the aluminum oxide, breaking it down into its ions, aluminum and oxygen. This forms a solution of sodium aluminate and water.
No, lead will not react with aluminum under normal conditions. However, if there is a strong external force or a catalyst present, it may lead to a reaction.
The metallic bond in aluminum allows it to be pounded into different shapes. Aluminum atoms share their electrons freely, creating a strong bond that can be easily reshaped without breaking.
Oh, dude, like, washing soda and aluminum pans are like oil and water - they just don't mix! The chemical reaction between aluminum and washing soda can totally mess up your pans, making them all discolored and funky. So, like, just stick to regular dish soap and save yourself the drama.
Aluminum is light, strong, and malleable.
aluminum
It depends on how strong you are. Weaker=Metal Stronger=Aluminum
I'm not quite sure what you mean because alumina is a compound (aluminum oxide or Al2O3) and aluminum is an element. Therefore, there isn't a bond per se from aluminum to alumina... just aluminum-aluminum bonds and aluminum-oxygen bonds. I do know that alumina will dissolve in a strong base solution, such as KOH or NaOH, and so if you have a layer of alumina on an aluminum sheet, a strong base solution will remove it. Also, a strong acid will dissolve the aluminum. (I do have to admit I'm not entirely sure what the effect of a strong base on aluminum and a strong acid on alumina is, though... and that might be a problem... hmm...)
aluminum alloys because aluminum is quite strong for how light it is
Because aluminum is very strong and very light and it is resistant to corrosion
Aluminum is a silvery metal that will evolve hydrogen gas when reacted with a strong acid. Aluminum will also evolve hydrogen gas as a product of its reaction with a strong acid.
It is strong and lightweight.
Because it is strong, light and will not rust.
Pure aluminum is not strong enough as building material for airplanes. Alloy with Al are stronger.
Assuming you mean aluminum (that's how we spell it on this side of the pond), aluminum is strong and light weight.
Generally they are not as strong as fiberglass and they conduct electricity.