What is 2nd root of 27 plus the 2nd root of 3 equal to?
\[\sqrt{27} + \sqrt{3}\]
isnt it \[\sqrt[4]{3}\] ?
I just need someone to check my answer lol
Why would square roots turn into 4th roots? Simplify. No guessing. \(\sqrt{27} = \sqrt{3^3} = \sqrt{3^2\cdot 3} = 3\cdot\sqrt{3}\)
oh so would it be \[4\sqrt{3}\] i thought you added them together??
You DID add them together AFTER they we "like terms".
im confused so is it \[3\sqrt{3}\]
Why did you change your answer after you already had it right? 3x + x = 4x -- Like Terms "x" 3 Dogs + Dog = 4 Dogs -- Like Terms "Dogs" \(3\sqrt{3} + \sqrt{3} = 4\sqrt{3}\) -- Like Terms "\(\sqrt{3}\)" 3y + x = 3y + x -- Not Like Terms
oh sorry I read your response as if I did it wrong. I meant my question as questioning for confirmation, miscommunication on my behalf sorry.
I never do confirmation. Building confidence is part of what we are doing, here.
ok well thanks for the help
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