Yes, a sub-division of a track that stores data on a disk is called a "sector." In traditional hard drives and optical discs, tracks are concentric circles on the disk surface, and sectors are the individual segments within those tracks that hold a specific amount of data, typically 512 bytes or 4,096 bytes. Sectors are the smallest unit of storage that the disk can read or write.
A sector
ram stores instructions and a hard - disk stores data
1.44 Mb
Yes
track is a invisible circle on hard disk.and sectors are the segments of these circles.
an optical disk which stores data optically
It's a track (a section of a magnetic disk, or a section of any given storage device that emulates a magnetic disk that uses the the LBA/CHS[Cylinder, Head, Sector]) that the computing device dedicates to store parity data (data to aid in error verification/correction for data that is stored on the disk).
track is a invisible circle on hard disk.and sectors are the segments of these circles.
hard disk save data on platters. On platters there are tracks and sectors in which the data is saved.
A magnetic disk is organized with circles called tracks. These tracks (think of the race track around a field) are the path followed by the magnetic head when reading and writing the signal. The data is organized into short sections, called sectors. This is just a convenient size of data, rather like a page is a convenient size within a book. When you read or write data, you do not need to follow the whole track as it spins, just as many sectors as contained the data you are interested in. On the most modern disks, each track holds a megabyte, more or less, and each sector is typically 4096 bytes. The whole disk may have hundreds of thousands of tracks.
data are stored on a circular tracks the 0s and 1s are represented magnetically
The concentric magnetic circles that run around a disk platter are called "tracks." Each track is a circular path on the surface of the disk where data is recorded. Data is organized in these tracks, and the read/write head of the disk accesses the information by moving to the appropriate track.