A+ answer
All the answers are correct.
Rachel is carefully considering all the facts while she is making her decision.
A computer case by itself is not a peripheral as such, nor is it an input or output device. It is just the cabinet that contains the computer system. That said, the components inside fill all of those roles. The case contains the motherboard which is about output, input, and processing.
To determine the processing power of your computer using a gigaflops calculator, you can input the number of floating-point operations per second your computer can perform. This will give you a measurement in gigaflops, which represents the computer's processing speed. The higher the gigaflops value, the more powerful the computer is in terms of processing capabilities.
What two voltages are present on a peripheral power connector?
RAM is not a peripheral, because it is built within the motherboard. What is a peripheral are items that are not integrated as a part of the computer itself, but items that are connected by means of a cord and are not a permanent part of the computer. Some examples of a peripheral include: A keyboard, mouse, printer, external hard-drive, screen.
Central route processing is a type of persuasion strategy in which individuals critically evaluate information and are influenced by the strength and quality of the arguments presented. It involves deep cognitive processing and thoughtful consideration of the message, leading to more enduring attitude and behavior change compared to peripheral route processing.
Rachel is carefully considering all the facts while she is making her decision.
Your CPU is the central processing unit, or the main body of your computer. A peripheral unit is anything attached to it.
peripheral intravenous Resource: AHA
Input Device
A micro processor is commonly thought to be the central processing unit of a computer system. This CPU may contain peripheral devices on the same chip, and connects to peripheral devices located on different chips. Thus, a micro processor is not commonly thought to be a peripheral. However, a micro processor is often used to create a peripheral device. For example, a hard disk drive is a peripheral device to your PC's CPU. However, the electronics within that hard disk drive itself may contain another micro processor. This micro processor acts as the CPU within the realm of the hard disk drive, but towards the total PC system, it implements a peripheral device of the central processing unit.
No, the printer has a internal processor that manages its functions, but yes, it is a device that connects to the system unit. the computer's processor HELPS managing it, but the printer's processor do the hard stuff
i think they belong to the peripheral nervous system (pns)
Peripheral cues refer to the secondary signals or contextual factors that influence a person's attitude or behavior without requiring deep processing of the main message. These cues often include elements like the attractiveness of the communicator, emotional appeals, or the surrounding environment. They are particularly effective in situations where individuals are not motivated or able to engage in thorough cognitive evaluation. In persuasive contexts, such as advertising, peripheral cues can significantly impact decision-making by triggering heuristic processing.
DMA allows a peripheral device to read from/write to memory without going through the CPU. DMA allows for faster processing since the processor can be working on something else while the peripheral can be populating memory.
B12
Peripheral processors and coprocessors serve different roles in a computing system, which affects their processing speeds. Peripheral processors, such as disk controllers or graphics cards, are designed to handle specific tasks independently of the main CPU, often optimizing speed for those tasks. In contrast, coprocessors, like floating-point units or AI accelerators, work alongside the CPU to enhance its processing capabilities for particular operations, effectively sharing the computational load. While both can improve overall system performance, coprocessors typically provide faster processing for specialized tasks due to their integrated design and direct collaboration with the CPU.