The arrangement of keys on a keyboard, QWERTY reflects the keyboard layout by ? representing the phonetics of the alphabets most closely associated with the keyboard ? taking the letters of the first six alphabetic characters found on the top row of keys ? using the alphabetic characters most frequently used on the keyboard ? using the letters of the alphabetic characters that are closest to access while typing 13. __ is any data or instructions that are entered into a computer. ? Digital ? Output ? Information ? Input
The Correct Answer and Explanation is:
The correct answers to your questions are:
- The arrangement of keys on a keyboard, QWERTY, reflects the keyboard layout by:
using the alphabetic characters most frequently used on the keyboard. Explanation:
The QWERTY keyboard layout was designed with the intention of reducing mechanical jams on early typewriters. The keys were arranged in a way that placed the most frequently used letters as far apart from each other as possible to minimize the chances of jamming. Over time, this layout became the standard because it proved to be efficient for typing. The QWERTY layout does not prioritize phonetic representation or the proximity of letters, but rather focuses on optimizing the typing speed and reducing key jams. While alternative layouts (such as Dvorak) claim to be more efficient, QWERTY remains the most widely used due to historical inertia and the importance of familiarity with the layout. - ________ is any data or instructions that are entered into a computer.
Input Explanation:
In computing, input refers to any data or instructions provided to a computer for processing. This can come from a variety of sources, including the keyboard, mouse, microphone, touchpad, or other input devices. Essentially, input is the information that the user or another system provides to a computer, which then processes this data to produce output. Examples include typing text on a keyboard (which becomes input) or clicking a mouse (another form of input). The computer then processes this input and generates output, which could be displayed on a screen, printed on paper, or saved in a file. Input is essential for human-computer interaction, as it allows the user to communicate their intentions to the machine.
