The semiconductor memories are organised as __________ dimension(s) of array of memory locations.a)one dimensionalb)two dimensionalc)three dimensionald)noneCorrect answer is option 'B'. Can you explain this answer?

Question

Answer

Organisation of Semiconductor Memories
Memory locations in semiconductor memories are organised in a two-dimensional array. This means that the memory locations are arranged in rows and columns, similar to a spreadsheet or a matrix.

Explanation
- One Dimensional Array: In a one-dimensional array, memory locations are linearly arranged. This type of organisation is suitable for simple applications where data can be accessed sequentially.
- Two Dimensional Array: In a two-dimensional array, memory locations are arranged in rows and columns. This allows for more efficient access to specific memory locations by using row and column addresses.
- Three Dimensional Array: In a three-dimensional array, memory locations are arranged in layers, rows, and columns. This type of organisation is more complex and is not commonly used in semiconductor memories.
- None: This option is incorrect because semiconductor memories are indeed organised as a two-dimensional array.
In conclusion, semiconductor memories are organised as a two-dimensional array of memory locations, providing efficient access to data stored in the memory.

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