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Composer develops a musical idea she may use as a way to shorten the musical motive?
As a composer develops a musical idea she may use fragmentation as a way to shorten the musical motive.
Fragmentation is a way to?
create variation in a musical motive by shortening it.
What happens when a composer shortens a musical by using only a part of it?
fragmentation
What happens when a composer shortens a musical idea by only using a part of it?
This is called fragmentation.
How do you erase songs from a disk?
its either a re-writable disk or its not!
What two types of fragmentation can arise on a hard disk drive?
Fisk fragmentation, and A.I.R.Y fragmentation.
Which utility program could improve the speed of disk?
Fragmentation
Will changing your file structure affect the fragmentation of the disk?
Changing the structure of a file may or may not affect the fragmentation of the disk. But, in most cases, the computer is going to store the file in the same location after the change.
What does the term disk fragmentation mean?
It's when a disc fragments after extensive use.
What is the debilitating condition in which files are stored as clusters scattered all over a disk?
fragmentation
Why you need to delete unwanted files?
Because unused files accumulate space on hard disk and also causes fragmentation of hard disk.
What is computer program maintenance?
Lots of them, disk clean up, disk fragmentation, that moves the data up front for faster access, check disk for error's, blow out dust from inside
What are some examples of fragmentation?
Fragmentation in computer science can refer to physical fragmentation (when files and data are scattered across a disk) or memory fragmentation (when memory becomes divided into small unusable chunks). Fragmentation in ecosystems can occur when habitat patches become isolated, affecting the movement and survival of species. Fragmentation in society can be seen through the segregation of communities or the division of resources based on socioeconomic status.
Is used to reduce file fragmentation because a block of contiguous disk storage can be reserved for a file?
journal
Why you need to fragment your disk?
Fragmentation can occur when data is written and deleted from a storage device unevenly, causing files to be stored in non-contiguous clusters. This can slow down read/write speeds as the computer has to scan different parts of the disk to access a file. Fragmentation can be reduced by defragmenting the disk, which involves rearranging the data so that it is stored in contiguous clusters, improving overall system performance.
Short note on fragmentation?
Fragmentation occurs when a file is stored in non-contiguous blocks on a disk, leading to slower access times as the disk head has to move around to gather all the pieces. There are two types: external fragmentation, where free space is scattered throughout the disk, and internal fragmentation, where allocated space within a block is not fully utilized. Fragmentation can be reduced through defragmentation processes that reorganize files for more efficient storage.
What is the similarties between memory management fragmentation and disk fragmentation?
Fragmentation is the result of an inefficient use or allocation of memory space. It is not usually a catastrophic occurrence, but it can cause problems in operating efficiency. In both main memory as well as on disk, data is stored in blocks. The blocks are all uniform in size but the data may or may not be. In other words, data that doesn't fill up the entire block ends up wasting space. This is called internal fragmentation. Alternatively, external fragmentation refers to data that requires multiple blocks to store, but which can't be contiguously located. External fragmentation may cause problems in primary storage, but it's not as big a deal on disk. Data most likely won't load into primary storage if there are not enough contiguous blocks available to house it. A disk on the other hand, will accept data in non-contiguous blocks, but this will cause performance issues. The disk controller will have to look up the address for each block of data, and the moving parts of the drive will have to align in order to use those blocks. This means that seek, latency, and transfer time issues will intensify due to the number of times the blocks must be located in order to read and/or write disk data.
