That is possible if zero-address architecture programs are lengthier (have more instructions) than one- or two-address architecture programs. Why?
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A: The solution for the above given question is given below:
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A: Below is the answer to above question. I hope this will meet your requirements...
Q: Which is likely to be longer (have more instructions): a program written for a zero-address…
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A:
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A: Here is the explanation about the width of the address bus:
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A: Here we have given solution by applying the formula
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A: The solution for the above given question is given below:
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A: Answer:
Q: Vhat are the advantages and disadvantages of using single address instructions?
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A: Hi there, please find your solution below. I hope you found this solution useful. Thank you!
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Q: It is more probable that programs developed for zero-address, one-address, or two-address…
A: Given: It is more probable that programs developed for zero-address, one-address, or two-address…
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A: The answer is
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Q: between the address
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Q: If zero-address architecture programs are longer (include more instructions) than one- or…
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Q: What are the advantages and disadvantages of using single address instructions?
A: What are the advantages and disadvantages of using single address instructions?
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That is possible if zero-address architecture
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- It is more probable that programs developed for zero-address, one-address, or two-address architecture will be lengthier (have more instructions). Why?When it comes to program length, programs created for zero-address architecture are more likely to be longer (have more instructions) than programs developed for one or two-address architectures. Why?If zero-address architecture programs are longer (have more instructions) than one- or two-address architecture programs, this is feasible. Why?
- Programs for zero-, one-, or two-address architectures are generally longer (have more instructions). Why?It's possible that programs created for zero-address architecture will be lengthier (including more instructions) than programs written for one- or two-address architecture. Why?If zero-address architecture programs are longer (include more instructions) than one- or two-address architecture programs, that is feasible. Why?
- As a result, programs written for zero, one, or two address architectures are more likely to be sophisticated (have more instructions). Why?Because of this, it is likely that programs designed for 0-, 1-, and 2-address architectures will be more complex (have more instructions) than those designed for other architectures. Why?This makes 0-, 1-, and 2-address architecture applications more likely to contain additional instructions. Why?
- This makes it more probable that applications written for 0-, 1-, and 2-address architectures will be more involved (have more instructions). Why?How does memory addressing work in a 32-bit versus 64-bit architecture, and what are the implications for software development?Explain the concept of pipelining in computer architecture. How does it differ from a traditional single-cycle processor design?