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To determine which of the given options has the same value as log_64 (1/16), we can use the change of base formula which states:
log_a (b) = log_c (b) / log_c (a)
Given log_64 (1/16), we can rewrite it using the change of base formula by converting it to base 2 logarithm, as follows:
log_64 (1/16) = log_2 (1/16) / log_2 (64)
Next, simplify the numerator and the denominator:
log_64 (1/16) = log_2 (1/16) / log_2 (2^6)
log_64 (1/16) = log_2 (1/16) / 6
log_64 (1/16) = log_2 (1/2^4) / 6
log_64 (1/16) = log_2 (1/2)^4 / 6
log_64 (1/16) = 4 / 6
log_64 (1/16) = 2 / 3
Now, let's check the options:
1) log_1/2 (1/8) = 3 / 3
2) log_27 (1/9) = 2 / 3
3) log_36 (1/216) = 3 / 3
4) log_16 (1/64) = 2 / 3
The option 2) log_27 (1/9) has the same value as the given log_64 (1/16).