Solution set of the inequality (log)0.8((log)6x+4x2+x)<0 is (−4,−3) (b) (−3,4)∪(8,∞) (−3,∞) (d) (−4,−3)∪(8,∞)

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Solution set of the inequality {({})}_{{{0}.{8}}}{({({})}_{{6}

Question

Solution set of the inequality $(lo g)_{0.8} ((lo g)_{6} \frac{x ^{2} + x}{x + 4}) < 0$ is $(- 4, - 3)$ (b) $(- 3, 4) \cup (8, \infty)$ $(- 3, \infty)$ (d) $(- 4, - 3) \cup (8, \infty)$

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Elijah Discussed

Solution set of the inequality

(lo g)_{0.8} ((lo g)_{6} \frac{x ^{2} + x}{x + 4}) < 0

(- 4, - 3)

(b)

(- 3, 4) \cup (8, \infty)

(- 3, \infty)

(d)

(- 4, - 3) \cup (8, \infty)

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Question Text

Solution set of the inequality

(lo g)_{0.8} ((lo g)_{6} \frac{x ^{2} + x}{x + 4}) < 0

(- 4, - 3)

(b)

(- 3, 4) \cup (8, \infty)

(- 3, \infty)

(d)

(- 4, - 3) \cup (8, \infty)