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Raid is a very common household pesticide it can be used for many insects such as bees,ants,roaches,flys .And can be found in most stores world wide.
Many chemicals are needed. Electricity and raid are typically neither.
Raid Recovery is simple to use and recovers corrupted arrays automatically. It still allows manual operations making it versatile and useful for all kinds of users.
Bug Zappers are generally safe for use indoors or outdoors, but if you have that many bugs inside the house I would recommend some Raid for indoors and some screens on the windows. That way there's no chance that you'll forget to clean the tray and cause a fire. Dead bugs burn pretty hot.
Exactly 200 decibels will kill a human being because by 100 decibels isequivalent to a rifle 5 feet away causing a person to become partially deaf. By 150 decibels a average 160 pound person will begin to fell vibrations through there body and equivalent to 60 thousand pounds of TNT fired ten feet away from a person. Lastly by 200 decibels the bones that vibrates to form sound can not withstand the sound and blast directly into the brain causing the person to die immediately If that doesn't happen after a few seconds of such high noise frequencies the brain will become unable to withstand the intense vibrations and actually explode literally it will not cause the cranium (skull) to automatically blow to bits but the brain is ultra sensitive so it would just burst and the blood would eventually leak out the ears.
Raid Levels are determined by MTTF/number. To determine the raid levels one should reference the standard raid levels and determine what raid level your data storage capacity needs.
RAID levels share the following properties: * Several different physical disks are combined and accessed as a compound element. Under Linux, this is done by the driver for multiple devices, also known as /dev/md*. * The stored data is distributed over all disks in a well-defined way. * The data is stored in a redundant way over the disks, so in case of failure, data is recoverable.
There were originally five different RAID levels. However, you can use a number of hard drives to create more raid levels, although this may affect performance.
It depends on what RAID level you are planning to use. One of the most common levels is RAID 1, data is written identically to multiple hard drives. This achieves redundancy in a RAID system. It creates a duplicate, a fail safe in case of a hard drive failure.
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RAID provides two main advantages: space and data security
The actual level used is not as important as what use the server is intended for. Different levels of RAID are used for different applications. They can include mirroring and striping.
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The answer depends on whether one is looking to configure RAID via hardware or software. Windows is capable under disk management to run RAID via software. The first step is to convert to a dynamic disk. Then the RAID levels supported, in parentheses are Striped, 2 disks (0) Mirrored, 2 disks (1) Striped with parity, which required 3 disks (5) being the three most popular. That said if RAID is being done at the hardware level, then the operating system is oblivious to the fact that it is being raided at all and simply reads what the RAID controller tells it to. In this scenario all RAID levels are suported. For a deeper discussion on raid levels the following site is excellent. http://www.acnc.com/04_01_00.html
Disk Manager
an industrial standard which exist for multiple-disk database schemes, is termed as RAID. The basic strategy used in RAID is to replace the large capacity disk drive with multiple smaller capacity disks. there are several RAID levels. RAID 0 is for striping: Applications requiring high performance for non critical data. RAID 1 is for Mirroring : (Typical applications) System drives; critical files. ther are 6 RAID levels may be its in the form of disks overlaping one upon the another. With this background can any one give detailed, pictorial form of RAID Thank you, Suman (MCA student)
Every RAID level stripes data across multiple drives, which improves performance compared to using a single disk. RAID 0, RAID 1, RAID 1+0, RAID 5, RAID 6, etc. all have better performance than a single disk. Other than RAID 0, all other RAID levels provide fault tolerance. RAID 1, RAID 1+0, RAID 5, RAID 6, etc. all have fault tolerance.