In computer systems, data is stored and measured in binary-based units. The smallest unit is a bit, and eight bits form a byte. Traditionally, one kilobyte is taken as 1024 bytes because it corresponds to 2¹⁰ in binary, which is convenient for addressing. Therefore, the relationship given in this option correctly reflects the typical ICT convention.
Option A:
This option drastically underestimates the size of a kilobyte by stating only 10 bytes. Such a small value does not align with any standard in data measurement. It ignores the binary nature of computer memory and is mathematically incorrect.
Option B:
This option uses 100 bytes for a kilobyte, which might imitate decimal scaling but does not match computer architecture. In ICT, kilobyte is not defined as 10² bytes in most contexts. Hence, the value is inaccurate for understanding real storage capacities.
Option C:
This option confuses kilobytes with megabytes and gigabytes by assigning an extremely large value of 1024 megabytes to one kilobyte. In reality, 1024 megabytes equal one gigabyte, not one kilobyte. Thus, it completely misrepresents the storage hierarchy.
Option D:
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