Which of the following reflects Moore’s law?

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The topic here is Moore’s law and what it asserts about technological progress in semiconductors.
Option 1: 'The computer chip performance per dollar doubles every 18 months.' This aligns with the commonly cited interpretation of Moore’s law in many contexts: the number of transistors on a chip (and thus potential performance) grows rapidly, which, combined with cost trends, leads to roughly doubling performance per dollar over a period of about 18–24 months. This statement captures the spirit of the law and its impact on price/performance.
Option 2: 'A company’s ability to acquire small amounts of MIS equipment for cheaper cost.' This describes cost reductions in hardware procurement but does not reflect Moore’s law, which is about chip density and performance growth over time, not about procurement strategies or MIS equipment access.
Option 3: 'A company’s ability to acquire small amounts of capital for spending on innovative ideas every two years.' This concerns corporate financing behavior or funding cycles, not the technical trajectory of semiconductor performance or density, so it misfits Moore’s law.
Option 4: 'The computer chip performance per dollar doubles every 6 months.' While the idea of rapid improvement is related, 6 months is generally viewed as too aggressive for Moore’s law. The mainstream cadence is closer to 18–24 months, and stating 6 months would overstate the pace of advancement and cost-per-performance improvement.
In summary, option 1 correctly reflects the essence of Moore’s law by connecting transistor density (and corresponding performance potential) with improved cost efficiency over a practical doubling period, whereas options 2, 3, and 4 miss the core concept or propose an incorrect timeframe.

MANAGEMENT INFORMATION SYSTEMS CIS 3010-16 (93684) Final Exam 12/11/25 - SH 358A 12:00 - 1:15 pm

Which of the following reflects Moore’s law?

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