Each octal digit is converted to a 3-bit binary group. For octal 27β, the digit 2 becomes 010β and the digit 7 becomes 111β. Combining these groups gives 010111β. This pattern represents the correct binary equivalent of 27β.
Option A:
Option A, 001111β, corresponds to octal 17β and not 27β. Its first group 001β represents 1 rather than 2.
Option B:
Option B, 011111β, would map to octal 37β, since 011β equals 3 and 111β equals 7. This is different from the given octal number.
Option C:
Option C, 011011β, converts back to octal 33β, as both groups 011β equal 3. It clearly does not match 27β.
Option D:
Option D is correct because 2 maps to 010β and 7 maps to 111β. Concatenating those groups produces the binary representation 010111β for 27β.
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