If you cannot change information in a computer, that information is in a type of read-only memory (ROM). The system BIOS is one such type of information. That contains the code needed to allow the computer to operate at all. CPU opcodes and microcodes are another type of data that cannot be changed by the user. These are usually hard-wired and are electrical in nature. Then there are typical CDs. WORM-type (write-once, read many) CDs and pressed CDs cannot be changed after they are created.
Without a user interface of some sort, a user cannot interact with the computer. If you cannot interact with a computer, you cannot tell it to do something, and cannot retrieve information from it. Answer Back in the day, there was no "GUI," a graphic user interface. You had to have a lot more computer knowledge to get the information you needed--most requests were in a programming language, like Basic. With interfaces, you could quickly access functions minus the programming issues.
Because it can be sited or changed by anyone
computer user
Things a computer can't do: a) fix numerical or other information that is erroneously entered by the user. b) have feelings or return them c) accurately tell the user what problems it is having and fix them
So that the information on your computer is secure.
isso
No, it cannot be modified, removed, or rewritten by a computer user.
Please provide more information.
The user computer initiates it by sending the request over some random protocol to the http server, which responds by sending requested information over port :80 eq the http protocol to the user computer.
A computer system for one user may be just one element, a computer, and related peripheral elements, devices.
output device
Information that is relevant to that particular topic, for example;A user wants to purchase a Dell computer but the employee at the computer shop gives the user a HP computer specification for another product.This information that has been passed on is not relevant to that particular object or topic as it relates to another object.