Don't just say "Metal" cos i know that much, but what is the back cover of the iPod made out of? Does anybody have any specifics?
Cheers in advance
Cheers in advance
It's probably just pressed steel that's chromed. Nothing fancy.
It's probably just pressed steel that's chromed. Nothing fancy.
FWI, chrome is made using aluminum, not steel, which is derived from iron.
omg no its not, chrome comes from chromium, then it is fixated to the steel using electrolytic deposition....Read about it!
In metallurgy, to impart corrosion resistance and a shiny finish :
as an alloy constituent, such as in stainless steel in cutlery
in chrome plating,
in anodized aluminium, literally turning the surface of aluminium into ruby. (emphasis added)
yes i misunderstood your post slightly, but chrome can plated to steel and aluminum and the back of an ipod is steel plated with chrome, and chrome is most often plated to steel...and yes chromic acid plays a part in one of the 3 ways of growing oxidized aluminum on to the surface of an aluminum part or product then also making it porous giving it its teaxture (thus creating anodized aluminum), please tell me something i didnt know....The OP was asking about the "chromed steel" backs of the 1G, 2G, 3G, 4G,5G and the 1st gen nano, not the anodized aluminum surfaces of the mini and 2nd gen nano... the first poster gave the correct answer thats all there is to it.
oh and your link that you provided dosnt work, FYI
FWI, chrome is made using aluminum, not steel, which is derived from iron.
I thought it was "fyi."
I used a different acronym, FWI, not FYI. FYI means "for your information," whereas FWI means "for whatever interest." In this context, I was using it to state that what I was saying wasn't critical information, just something that could be of interest.
I've generally heard 'FWIW' (for what it's worth).
If Apple used steel instead of aluminum in their iPods, it would add unnecessary weight to the total package.
As for the link, I think most internet users would have been capable to opening it, as it simply included an additional "http://". You could have easily opened it by removing that first http:// from your browser's URL bar. As it turns out, a missing quotation mark which was expected at the end of the link was missing. I fixed this, so you can actually visit the article.
Oh a whole ounce. Maybe Steve is hinting you need to work out more.
Don't blame the guy and get smart because you screwed up your link. Most internet users would've been capable of making a working link.