Which of the following statements is true regarding RISC architecture?

The statement that RISC architecture executes many simple instructions is accurate because RISC, which stands for Reduced Instruction Set Computer, is specifically designed around the idea of simplifying the instruction set. This architecture emphasizes efficiency by using a smaller number of simple instructions that can be executed at a high speed, allowing the processor to execute multiple instruction cycles in parallel. Each instruction typically performs a single operation, reducing the complexity and time required for execution.

By relying on simple, consistent instruction formats, RISC systems can achieve higher performance through techniques such as pipelining, where multiple instruction phases are overlapped in execution. This focus on simple instructions enables RISC processors to use fewer transistors dedicated to instruction decoding, leading to faster execution speeds compared to architectures that employ more complex instruction sets.

In contrast, the other statements do not accurately reflect the principles of RISC architecture. For example, RISC does not use complex instructions that take longer; instead, it purposely avoids complexity to maximize execution speed. It also does not inherently require more memory; rather, the smaller instruction set may lead to more instructions needing to be executed, but this doesn't automatically result in increased memory demand. Finally, while RISC architectures facilitate the implementation of high-level programming languages through their supportive design, this