Salt water will definitely make chrome plated bar stools rust. Bar stools need to be made of anodized aluminum to survive the elements.
Yes, one just has to be stronger than the other in order to provide a wearing effect on the other and get a proper seal and such. for instance you would never use chrome-plated rings in chrome-plated cylinders.
everywhere cause everything is chrome in the future
Gold plated, gold filled, Sterling silver, 303 stainless steel, chrome plated, nickle plated, copper, brass, steel, aluminum the list is quite long but I think you get the point. Just because it says it's surgical stainless steel doesn't mean you wont react to it. It's the grade of the steel and the alloy that dictates if you will have issues with it or not.
NEVER, EVER use a polish on chrome that contains ammonia because Ammonia dissolves chrome and could, but is most likely to cause explosion.
Simply put, no. The long answer: The process of chrome plating involves the chromium actually bonding to the metal substrate through an entergetic reaction. Galvanizing metal introduces a layer of zinc oxide into the mix which would contaminate the plating process. The chrome would actually split bond to the zinc and possibly somewhat to the substrate. This would cause the zinc to lose its bond with the metal substrate. If it all stayed intact the part would, at first, appear to be chrome plated, but due to the zinc oxide contamination it will flake off easily. I hope this is a sufficient answer to your query.
Yes
Well You Can Use Firefox,Google Chrome But...You Shouldn't Cause Firefox Is Realy Slow And You'll Fail alot But i Say You Should Use Google Chrome And IE
well yes you can unless you update google chrome but google will never change cause its the same website
yes go do it i dare ya
Yes it can. But it is all based on what sever you use. ( chrome or safari )
Google Chrome generally uses high amount of CPU. It is generally due to the various processes it keeps running.
Perhaps you mean accident prone?? Meaning your are likely to cause an accident if there is a possibility of doing so.