Answer:
o.2222
Step-by-step explanation:
just divide one by five
hope that helps
Well is this like history
Answer:
part a: 5
part b: no, ABC is not an equilateral triangle
Step-by-step explanation:
part a: if you do the distance formula for points A and B, you get 5
part b: using the distance formula again, points A to B and points A to C are both 5, but points B to C is 6, therefore it's not equilateral because all the sides have to be the same length
ANSWER
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EXPLANATION
The given expression is
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We remove the perfect squares under the radical sign.

We can now take square root of the perfect squares and simplify them further.
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This simplifies to:
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This further simplifies to:
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