4gb
Primary storage, called RAM memory, is temporaty one that holds data and instructions while it is processing both. And slower but more permanent is secondary storage. And those are hard drives, CD drives, DVD drives, flash drives, Zip drives and floppy drives.
Primary storage, called RAM memory, is temporaty one that holds data and instructions while it is processing both. And slower but more permanent is secondary storage. And those are hard drives, CD drives, DVD drives, flash drives, Zip drives and floppy drives.
possibly firewire. its 400mb/sec
Yes.
Hold drives can hold the most data of any storage device. They can contain up to a few terabytes now and they are becoming bigger and bigger everyday.
Zip drives have less of a chance of losing data but no where near as portable.
The part of the computer where programs and data are stored is known as memory or storage. This includes primary storage, such as RAM (Random Access Memory), which temporarily holds data for quick access, and secondary storage, such as hard drives or SSDs (Solid State Drives), which store data permanently. Together, they enable the computer to run applications and retain information.
Jump or flash drives store data in a solid state. This is different that a magnetic drives that store information in a different manner.
Secondary storage, holds items such as data, instructions and information for future use. Some storage types used for th backing up of data and programs, these include the technologies of CD-ROM, zip drives, tape backup units and USB-connected hard drives. Hope that helped
The duration that 400MB lasts depends on your internet usage. For instance, streaming music typically consumes about 40MB per hour, so you could listen for about 10 hours. However, streaming video can use significantly more data, with standard definition consuming around 700MB per hour and high definition up to 3GB per hour. Therefore, 400MB might only last a few minutes for high-definition video streaming, but much longer for browsing or social media.
A distributed database spreads data across multiple drives. A redundant array of independent disks (RAID) is a very different way to spread data across multiple drives.
Disc drives can hold more data than catridge drives.