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Pipelining is a technique in which multiple CPU instruction stages (fetch, decode, execute, etc.) are overlapped. By allowing the CPU to work on several instructions simultaneously, pipelining increases processing speed and overall efficiency, reducing idle times and maximizing the CPU’s throughput. Related Questions: What is the function and significance of Napier’s Bone in early computing? … Read more
Related Questions: COMPUTATIONAL THINKING & ALGORITHMS What is the function and significance of Napier’s Bone in early computing? How did Charles Babbage’s Difference Engine differ from the Analytical Engine? What is the primary goal of fifth-generation computers? Name the three types of memory mentioned on the motherboard in the Von Neumann architecture. Differentiate between volatile … Read more
Related Questions: COMPUTATIONAL THINKING & ALGORITHMS What is the function and significance of Napier’s Bone in early computing? How did Charles Babbage’s Difference Engine differ from the Analytical Engine? What is the primary goal of fifth-generation computers? Name the three types of memory mentioned on the motherboard in the Von Neumann architecture. Differentiate between volatile … Read more
Related Questions: Computer Systems -NFE COMPUTATIONAL THINKING & ALGORITHMS What is the function and significance of Napier’s Bone in early computing? How did Charles Babbage’s Difference Engine differ from the Analytical Engine? What is the primary goal of fifth-generation computers? Name the three types of memory mentioned on the motherboard in the Von Neumann architecture. … Read more
Related Questions: COMPUTATIONAL THINKING & ALGORITHMS What is the function and significance of Napier’s Bone in early computing? How did Charles Babbage’s Difference Engine differ from the Analytical Engine? What is the primary goal of fifth-generation computers? Name the three types of memory mentioned on the motherboard in the Von Neumann architecture. Differentiate between volatile … Read more
Why is the word size of a processor important, and how does it affect the computer’s performance? The word size determines the amount of data a processor can handle in a single operation. A larger word size allows the CPU to process more data at once, improving performance in tasks such as calculations, data transfers, … Read more
**CPU Registers (fastest, smallest) L1/L2 Cache Main Memory (RAM) Secondary Storage (HDD/SSD) Tertiary Storage (Backup storage, slowest, largest).) Related Questions: What is the function and significance of Napier’s Bone in early computing? How did Charles Babbage’s Difference Engine differ from the Analytical Engine? What is the primary goal of fifth-generation computers? Name the three types … Read more
Volatile memory loses its data when power is turned off, such as RAM. Non-volatile memory retains data even without power, like ROM or flash memory. Volatile memory is faster but temporary, whereas non-volatile memory is slower but provides permanent storage. Related Questions: What is the function and significance of Napier’s Bone in early computing? How … Read more
In the Von Neumann architecture, the three types of memory commonly found on the motherboard are: Primary memory (RAM) – Temporary storage for data and instructions the CPU is actively using. Secondary memory (hard drive, SSD) – Long-term storage for operating systems, applications, and user data. Cache memory – A small, high-speed storage located close … Read more
The primary goal of fifth-generation computers is to achieve artificial intelligence (AI) capabilities. These computers aim to understand and interpret natural language, reason, and learn, which would enable them to perform tasks requiring human-like intelligence, such as decision-making, problem-solving, and recognizing patterns. Related Questions: What is the function and significance of Napier’s Bone in early … Read more