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In solving \\(x^{2}=3\\) we obtain _______

options

\\(â€" 1, 1 \\)

\\(1, - 4\\)

\\(1, - 1\\)

\\(â€" 1, 4 \\)

User Intathep
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1 Answer

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For this case we must solve the following equation:


x ^ 2 = 3

So we have to:

Applying square root to both sides of the equation:


x = \pm \sqrt {3}

Thus, we have two roots:


x_ {1} = \sqrt {3} = 1.7321\\x_ {2} = - \sqrt {3} -1.7321

Answer:


x_ {1} = 1.7321\\x_ {2} = - 1.7321

User Mignon
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