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How to get to the man whos holding up the bridge in God of War 1?

How to get to the man whos holding up the bridge in God of War 1?

Answer:

you have to get zueses bolts to shoot him so hold that off for now if you see a machine with a big arrow on it a bow and arrow drag it through the hall then you should now what to do from there
annoying to assert that's worse as quickly as this is ALREADY interior your lungs, yet with your bong difficulty there, aluminum oxide is way less probable to finally end up on your lungs initiallyAluminum oxide varieties a annoying protecting coating over the steel, whilst iron rust flakes off from the steel conveniently and exposes greater iron to oxidationAluminum is suitable.
Both aluminum and iron form covalently bonded oxides, as opposed to the ionic ones of the alkali and alkaline earth metalsAluminum is deficient in outer-shell electrons, but iron, as a VIIIb transition metal has plenty of d-electrons of a similar energy level, so the iron has little attraction for the electrons of the oxygen atoms in its oxide, while aluminum, as a Lewis acid of sorts, tends to latch onto electrons wherever it can find themThis is mostly conjecture based on what I know about the behavior of Al₂Cl₆ and BF₃.
steel and iron have a laminar surface it may look solid but its not quite.Damascus steel is a super good example of thisWhen water molecules invade the laminated skin it ruststhe rust occupies a larger volume than the water and forces the laminar pieces away from the body.This is called scaling and to prevent this oil immersion ,,galvanizing or just plain old paint will work nicelyaluminum on the other hand is a surface molecular change that slowly penetrates the product molecule by moleculeAnodizing the surface is controlled oxidation and when the AL02 is removed by sanding with steel you have just given it a catalyst for more oxidation.Stainless brushing will remove oxidation and leave the surface more primed for longer life.Good luck from the E.
aluminium oxide is non-porous as compared to iron oxide i guess.

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