The answer is C: Both of the two students are correct.
Voltage in very simple terms is what makes electric charges move. It is that push or force that causes charges to move in an electrical conductor. Thus, student A is correct since voltage is a specific measure of potential energy that exists and is always relative between two points. On the other hand, power is the rate, per unit time, at which electrical energy travels. Electrical power (P) is the product of both voltage and current and not either one separately. It is a function of voltage and current. Thus, student B is also correct.
Answer:
The correct answer to the following question will be "Embedded Chip".
Explanation:
- Embedded devices are a CPU chip positioned in a system that supports to improve the process. They are frequently confused with microprocessors, need other external elements, such as embedded storage and peripheral interfaces, to execute their specified tasks.
- A thin, electronic device produced by the manufacturer to be used in another device is named as Embedded Chips.
Therefore, Embedded chips are the right answer.
When computers need to use more memory than have RAM, they'll swap out pages of memory to their drive. When they need those memory pages, they'll swap out others and swap in the needed ones. If a computer needs enough additionall memory, it can get so busy swapping that it doesn't have any (or very little) time to do any useful work. That is called thrashing.
Unix calls swapping swapping. Windows calls it paging, probably because of the memory pages. Memory pages are 4096 (4KB) sections of memory.
Unix drives are usually partitioned with a swap partition, and swap files can be made in the filesystem. Windows just has pagefiles[s].
Answer:
True
Explanation:
Because i have done it before and it works on an accer
