Why do you believe that contemporary HCI developments have benefitted from faster memory and CPUs with greater densities? Is working with them going to make things simpler for us to accomplish? Do they broaden the selection of available computer programmes?

Is it feasible to distinguish between computer architecture and organization? Do you have any examples you'd like to offer?

Successful instruction set architectures are those that are flexible enough to adapt to the ever-evolving world of computer hardware and software. A computer's lifespan might be extended by anticipating possible future technological breakthroughs.A.) Identify four ways in which computing has altered our society. (B) Explain the far-reaching consequences these four innovations had on the development of the computer industry as a whole. C) How quickly do you anticipate developments in magnetic disc technology?

Provide a detailed explanation of the concept of pipelining in computer architecture. How does it improve instruction throughput?

In what ways do you believe the recent advancements in HCI have benefitted from faster and more dense memory and CPUs? How much do they help me? Are they adding to the variety of software available for computers?

Exists a distinction between computer architecture and computer organization in regards to computer architecture? Please offer concrete cases.

In what ways do you believe the recent advancements in HCI have benefitted from faster and more dense memory and CPUs? How much do they make my life easier? Have they widened the scope of software?

Are you familiar with the components that make up the Von Neumann Cycle? What changes are made to the central processing unit as well as the main memory at each stage?

Is there a distinction to be made between computer architecture and computer organization? Please provide detailed examples.

Is there a distinction to be made between computer organisation and computer architecture? Do you have any concrete examples?