Math, asked by Strawberry22, 7 months ago


 \sqrt{ \sqrt{ \frac{64}{25}  \times  \sqrt{ \frac{144}{25} } } }
please write the correct answer step by step ​

Answers

Answered by Anonymous
15

Answer:

Solve the roots

ROOT(8/5 ×12/5)

Answered by TheMoonlìghtPhoenix
39

Answer:

Step-by-step explanation:

ANSWER:-

We will do this via simplification.

  • In simplification, we will first solve the inner square roots.
  • Then we will apply properties( Associative, distributive etc)

Let's solve!

\sqrt{\sqrt{\dfrac{64}{25} \times \dfrac{144}{25}}}

\sqrt{\sqrt{(\dfrac{8}{5})^{2} \times (\dfrac{12}{5})^{2}}}

\sqrt{\sqrt{(\dfrac{8 \times 12}{5 \times 5})^2}}

Now, as I have taken the whole in power 2, it cancels the inner square root.

Now, we have leftover as:-

\sqrt{\dfrac{8 \times 12}{5 \times 5}}

\sqrt{\dfrac{96}{25}}

Now, as 96 is not any square root, so we will leave as it is.

And we will replace 25 by 5.

\dfrac{\sqrt{96}}{5} is the answer.

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