Question

anyone please solve this

Answer 1

Answer:

12

Step-by-step explanation:

Using :

$\\\tt {x}^{ log_{x}(y) } = y$

The first term can be expressed as;

$\\\tt {2}^{3 log_ {2} (2) } \\\tt = {2}^{ log_ {2} ( {2}^{3} ) }\\\tt = 8$

Similarly the second term equates to 4

Now,

The question becomes

8+4=12

Answer 2

Answer:

12 is the correct answer.

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mark me as a brainliest please