The inequality x(log)2x≥2 is satisfied by (A) only one value of x (B) x∈(0,(41)] (C)x∈[4,∞) (d) x∈(1,2)

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The inequality {{{x}^{{{({})}_{{2}}{{{x}}}}}}}{2} is satisfied

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The inequality $x^{(l o g)_{2} x} \geq 2$ is satisfied by (A) only one value of $x$ (B) $x \in (0, (\frac{1}{4})]$ $(C) x \in [4, \infty)$ (d) $x \in (1, 2)$

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The inequality

x^{(l o g)_{2} x} \geq 2

is satisfied by (A) only one value of

x

(B)

x \in (0, (\frac{1}{4})]

(C) x \in [4, \infty)

(d)

x \in (1, 2)

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Question Text

The inequality

x^{(l o g)_{2} x} \geq 2

is satisfied by (A) only one value of

x

(B)

x \in (0, (\frac{1}{4})]

(C) x \in [4, \infty)

(d)

x \in (1, 2)