A RAID array is an array of several hard drives all sharinf parts of the information you save and use. So if one hard drive dies you don't loose all your information. It's easy to recover your data using the other RAID drives.
JOHN BROWN'S RAID ! - apex
Nuke the country
The Bohr model addressed the problem of decaying orbits of the electrons, which was a problem with the Rutherford planetary model. If electrons are located in discrete energy levels, their orbits do not decay, and the atom does not collapse in on itself.
Even thought there are more than 20 different variants of RAID, they all spawn off of three main technology standards. 1.) Striped (RAID 0) 2.) Mirrored (Raid 1) 3.) Parity (Raid 3,4,5,6) From those three you can create vast complex arrays. For example; RAID 5X5 +1 is what our NAS server has it consists of 50 HDD's where this array combines all three technologies.
Surge protectors/protection
Thesis
The Democrats were right when they addressed the problem of the Great Depression.
Thesis
Raising the drinking age from 18 to 21.
Raid 6 diagrams can be downloaded from many sites such as freeraidrecovery or techrepublic. There is also plenty of information on the wikipedia entry that will help sort out the problem.
That is RAID 1. It uses two drives with identical data so if one fails, you have the other drive. One variation of RAID 1 used by certain controllers is to write as RAID 1 but read more like RAID 0 (but without the striping). That way, you have the write protection of a mirrored set, but can use the two drives to do interleaved reads for a read performance boost.
Yes but rhapsody advises that there is a problem with RealNetworks,Inc that needs to addressed