If you changed your rims out and are going with low profile tires this is the problem. Your car will sound like this even when you let the tires go low on both front. I found this out when I had to use my donut. Something about the cars front transaxle makes a humming noise when lower than the usual 16 inch tires/rims are in use. If this isn't the case look towards your muffler heat shield and see if it is loose and rattles when tapped. They used crappy fasteners on these. IF that's not the case maybe the transmission fluid is low... its a sealed unit but if you had the radiator serviced recently some probably leaked out and wasn't refilled. You can take the top part of the transmission line off and fill it from there. Put a half a quart in to see if this helps... it won't hurt and use the factory specified fluid or equivalent. You need a special little plastic ring looking tool to pop the line off the radiator ($5 - $10 autozone or ebay). If thats not it then start looking at the bearing/cv joint ect... start on the cheaper replacement and work to the more expensive to do a smart process of elimination.
Cobalt 60 is a radioactive chemical not usually available for sale. Cherolet manufactures the car Cobalt, which can accelerate from 0 to 60 mph in 5.2 seconds. Its cost is about $30,000.
Cobalt
Either iron, nickel, or cobalt.
tires steel inner belt has shifted or separated
The ac compressor pump may be seized.
Yes, cobalt form many chemical compounds as cobalt nitrate, cobalt chloride, cobalt sulfate, cobalt sulfide, etc.
There are no compounds in Cobalt. It is completely impossible, because Cobalt is an element, and compounds are made up of elements. If this is what you meant to ask, then there a a lot of compounds with Cobalt in them. One example is Cobalt (III) Fluoride, chemical formula CoF3. Any compound with a "Co" (the "C" must be capitalized and the "o" must lowercase) in it contains Cobalt.
Yes, cobalt form many chemical compounds as cobalt nitrate, cobalt chloride, cobalt sulfate, cobalt sulfide, etc.
cobalt = Cobalt/Kobalt
Cobalt (I) chloride = Cobalt monochloride = CoCl Cobalt (II) chloride = Cobalt dichloride = CoCl2 Cobalt (III) chloride = Cobalt trichloride = CoCl3
Cobalt is generally bivalent or trivalent. So either Cobalt (II) or Cobalt (III).
Probably the formation of the blue form of the hydroxide Co(OH)2.