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OpenStudy (anonymous):
does anyone go to connections & can help me with Radical expressions ?
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OpenStudy (anonymous):
I suggest posting individual questions for people to help you.
OpenStudy (anonymous):
I agree with Orange Master. But I do go to connections.
OpenStudy (anonymous):
could you help me with some ?
OpenStudy (anonymous):
Sure ..
OpenStudy (anonymous):
Post them and we'll see.
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OpenStudy (anonymous):
simplify the radical expression 20
OpenStudy (anonymous):
simplify the radical expression 56x^2
OpenStudy (anonymous):
simplify the radical expression 490y^5w^6
OpenStudy (anonymous):
@MrsDavidRandle @tgawade
OpenStudy (anonymous):
First one is it (56 x^2)^1/2 ?
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OpenStudy (the_fizicx99):
\(\ \sf \sqrt{20} \) ?
\(\ \sf \sqrt{56x^2} \) ?
\(\ \sf \sqrt{490y^5w^3} \) ?
OpenStudy (anonymous):
yes @tHe_FiZiCx99
OpenStudy (anonymous):
We have (56x^2)^1/2 so use this formula (a^n *b^n)^m = a^nm*b^nm
so we will get
(56)^(1/2) * (x^2)^1/2
(56)^1/2* x
Now just factor 56 & simplify ...
OpenStudy (the_fizicx99):
\(\ \sf \sqrt{20} \rightarrow \sqrt{4} \times \sqrt{5} \)
What is \(\ \sqrt{4} \) ? @Prinnxess
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