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Financial ratio is helpfulin analyzing the relationship among the assets and liabilites?
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How are snakes helpfulin the world?
Somehow I get the profound feeling that this in asking this question you have rendered the universe obsolete... In all senses of the word "retard", you, my friend, comply... www.pointlesswasteoftime.com
What role can youth play in fighting corruption?
Students can bring down the corruption in our country and it is possible.In our country, almost all houses have one or two school going children.They are aware of parents activities means they are bribing or not . If they found that their parents aredeviating from the transparent path, they can use the tool of love and affectionand correct the parents so that they come back to the right path. By doing this,our students will be very helpfulin removing corruption in our country.We should hate and treat the corrupt people in the verysame way in which our ancestors (high class people) weretreating the untouchables, at that frame of time. Everycorrupt person should be treated as an untouchable personand every innocent person of the society should hate thecorrupt person from within the deep cores of his heart maybe he or she your father or mother.students should not play or live with child whose family iscorrupt sothat he or she feel bad & tell there parents aboutthis & try to convince to not do corruption.In simply terms, things should be done in such a way, so thatthe non-corrupt persons should hate the corrupt persons. Andthe good news is that more that 80 % of our population are inno way corrupted. So when the majority of the innocent populationwill abandon the minority of the corrupt population, the rules ofscience will win, the majority will crush the minority, but againnot at the stroke of midnight, but eventually. For this someone, atsome point of time, but no one in isolation, must promote and cultivatehate in the minds of the common uncorrupt minds of India,towards the corrupt minds.
What is the difference between raid 5 and raid 6 which one is better and why?
Neither is better, but each has a trade-off against the other. RAID is designed, basically, to use multiple hard drives in an "array" and use the array to protect you against lost data. What happens is that, when your computer is "writing" information to a disk, the data will be broken down into "chunks" called "stripes." The stripes are then distributed to the hard drives for safe keeping, and it also leaves itself a special key called a "parity stripe." What is special about the "parity stripes" is that they can be used to figure out what all the other stripes are.Why this is helpfulIn RAID 5, the equivalent of one hard disk will be dedicated to saving those special parity stripes and it spreads them across all the disks, so in the event that one of the drives fails, the computer can use the parity stripes to reconstruct whatever data was missing so the drives in the array can keep functioning. A RAID 5 array can survive the failure of up to one drive. Once one drive fails, you must replace the drive to fix the array because if two drives fail, the array can be ruined and you may lose the data.Though this gets a little tricky, it's helpful to explain that RAID 5 uses the equivalent of one hard drive to store the parity stripes but, as mentioned above, it spreads them out over all disks. So, let's say you had 5 Hard drives, and each one was 1 terabyte (1000 gigabytes). Imagine that RAID 5 uses 20% of drive 1, 20% of drive 2 and so on so that between all 5 drives, there is a total of 1 terabyte available for storing those crucial parity stripes.This means that, if you got a computer with five, 1 terabyte hard drives you wouldn't actually be able to save 5 terabytes of information on them because the computer is reserving at least 1 terabyte for itself (to store the parity stripes).It's important to understand this to understand RAID 6.The trade offs of RAID 6RAID 6 is for those who want to trade off a little more of their storage space in order to completely maximize their data safety. It's very simple: instead of using the equivalent of 1 hard drive like RAID 5, RAID 6 uses two. Going to the analogy above, instead of using 20% of 5 drives to store those parity stripes in your machine, it would use 40%. The trade-off is that now you have even less room in RAID 6 to store your own information (because the computer is saving more for its parity stripes) but in the event of a drive failure, the RAID 6 can withstand double the failures that RAID 5 can.To recap:RAID 5- you have five, 1 terabyte hard drives and you can use 4 terabytes for yourself, 1 is saved for parity. If a drive fails? No problem, just repair the drive. If another drive fails before you repair? Your array comes down.RAID 6- your same five, 1 terabyte hard drives now only have 3 terabytes available for you to store information on because it's using double space for parity. But if a drive fails, and before you can repair it, another drive fails? No problem, double the safety. The array stays up.
