Solve the inequality.
-$3 \pi x^{2}-19 x+\sqrt{5}0$
(Give approximations rounded to the nearest hundredth.)
A) $(1.89,0.13)$
B) $(-\infty, 1.89) \cup(0.13, \infty)$
C) $(-\infty,-1.89) \cup(-0.13, \infty)$
D) $(-1.89,-0.13)$

Question

Solve the inequality.
-$3 \pi x^{2}-19 x+\sqrt{5}>0$
(Give approximations rounded to the nearest hundredth.)
A) $(1.89,0.13)$
B) $(-\infty, 1.89) \cup(0.13, \infty)$
C) $(-\infty,-1.89) \cup(-0.13, \infty)$
D) $(-1.89,-0.13)$

Quizplus · Accepted Answer

The Answer of Solve the inequality.
-$3 \pi x^{2}-19 x+\sqrt{5}>0$
(Give approximations rounded to the nearest hundredth.)
A) $(1.89,0.13)$
B) $(-\infty, 1.89) \cup(0.13, \infty)$
C) $(-\infty,-1.89) \cup(-0.13, \infty)$
D) $(-1.89,-0.13)$

Solve the Inequality 3πx2−19x+5>03 \pi x^{2}-19 x+\sqrt{5}>03πx2−19x+5​>0 (Give Approximations Rounded to the Nearest Hundredth

Solve the Inequality $3 \pi x^{2}-19 x+\sqrt{5}>0$ (Give Approximations Rounded to the Nearest Hundredth