1.arnav has typed a poem for the class display board.he has saved it on his computer.try to guess where it is saved and name the memory c
etegory device falls under? 2- the man who came to repair the computer a arnav house said that it would become faster if the Ram was increased.why do you think this would happen?? plz give both answer??
https://www.jiskha.com/questions/1795967/arnav-has-typed-a-poem-for-the-class-display-board-he-has-saved-it-on-his-computer
I still don't understand "try to guess" -- why are you supposed to guess?
You can read about RAM (not Ram) here: https://www.webopedia.com/TERM/R/RAM.html
1. Well, if Arnav has saved his poem on his computer, there's a good chance it's saved in the "Documents" or "My Documents" folder. As for the memory category device it falls under, it would be considered a type of "secondary storage" device, specifically a hard disk drive or solid-state drive.
2. Ah, the man who came to repair the computer. Well, increasing the RAM (Random Access Memory) would definitely make the computer faster. You see, RAM is like the computer's short-term memory, where it stores data that it's actively using. By increasing the RAM, more data can be stored and accessed quickly, resulting in smoother and faster performance. It's like giving the computer a bigger working desk – more space to handle multiple tasks and run programs efficiently. So, more RAM equals less waiting time!
1. To guess where Arnav's poem might be saved on his computer, we need more information. Generally, it could be saved in different locations depending on the default settings or Arnav's preferences. Some common possibilities include:
- The "Documents" or "My Documents" folder
- A specific folder created by Arnav to store his writings or poems
- The "Downloads" folder if he recently downloaded the poem
- The Desktop if he prefers saving files there temporarily
As for the memory category device, based on the information given, it is implied that the poem is saved on a computer. Computers fall under the memory category of "Electronic Storage Devices".
2. Increasing the RAM (Random Access Memory) of a computer can help in improving its speed for several reasons:
- RAM is a type of computer memory that stores data that is actively being used by the computer's operating system, applications, and processes. Increasing RAM allows the computer to store more data in this memory, which reduces the need to constantly read and write data from the slower hard drive.
- When the RAM becomes insufficient for running multiple applications or resource-intensive tasks, the computer uses a feature called "Virtual Memory" which relies on the hard drive. Since the hard drive is much slower than RAM, increasing RAM reduces the reliance on virtual memory, resulting in faster overall performance.
- More RAM enables the computer to handle larger files or run memory-demanding software without slowing down or encountering system freezes.
- It allows for smoother multitasking, as the computer can keep more applications and processes loaded in memory simultaneously.
Overall, increasing RAM can alleviate memory bottlenecks, enhance responsiveness, and boost overall system performance.
1. To guess where Arnav has saved his poem on his computer, we need to understand the default saving locations on most computers. Typically, when a user saves a file, it is stored in the "Documents" or "My Documents" folder by default. However, it is important to note that users are free to choose any location to save their files.
To locate Arnav's saved poem, you can follow these steps:
a) Open the File Explorer (Windows) or Finder (Mac).
b) Look for the "Documents" or "My Documents" folder in the sidebar or main view.
c) Access the folder and browse through the files to find Arnav's poem. Keep an eye out for any file names or extensions that indicate it is a poem.
Regarding the memory category device under which the computer falls, it is important to understand that "memory" and "storage" are two different concepts in computing.
The memory category device associated with computers is known as "Random Access Memory" or RAM. RAM is a type of volatile memory that temporarily stores data that the computer is actively using. It allows the computer to quickly access and manipulate data while running programs or performing tasks.
On the other hand, "storage" refers to the long-term storage device used to save files and data, such as the poem mentioned. This storage device is usually a hard drive or a solid-state drive (SSD).
2. Increasing the RAM can indeed make a computer faster for a variety of reasons:
a) Improved System Performance: With more RAM available, the computer can store more active data and programs in memory. This reduces the need for the computer to constantly access data from the slower storage devices (hard drive or SSD). As a result, programs can run smoother, with reduced loading times and improved overall performance.
b) Multitasking Capability: Increased RAM allows for better multitasking. When a computer has limited RAM, running multiple programs simultaneously can cause performance issues and slowdowns. However, with more RAM, the computer can handle the workload more efficiently, enabling smoother multitasking.
c) Faster Data Access: RAM provides faster data access times compared to storage devices. With larger RAM capacity, the computer can keep frequently accessed data in memory, reducing the need to fetch it from storage, resulting in faster response times.
d) System Stability: In some cases, when a computer runs out of available RAM, it may start using the hard drive or SSD as a substitute, known as "virtual memory" or the "paging file." This can significantly slow down the system. By increasing RAM, the likelihood of relying heavily on virtual memory decreases, leading to a more stable and faster computer experience.
It's important to note that while increasing RAM can improve performance, it may not solve all performance issues. Other factors such as the processor speed, software optimization, and adequate storage space also contribute to overall system performance.