The solution set of the inequality $x^{2}-5 x-500$. A) $(-\infty,-5) \cup(10, \infty)$ B) $(-10,5)$ C) $(-\infty,-5] \cup[10, \infty)$ D) $[-5,10]$

Question

The solution set of the inequality $x^{2}-5 x-50<0$ is $(-5,10)$. Without doing any work, give the solution to $x^{2}-5 x-50>0$.
A) $(-\infty,-5) \cup(10, \infty)$
B) $(-10,5)$
C) $(-\infty,-5] \cup[10, \infty)$
D) $[-5,10]$

Quizplus · Accepted Answer

The solution to $x^{2}-5 x-50>0$ is the opposite of the given solution for $x^{2}-5 x-50<0$, meaning the values for which the inequality does not hold, which are outside the interval $(-5,10)$.

The Solution Set of the Inequality x2−5x−50<0x^{2}-5 x-50<0x2−5x−50<0 Is (−5,10)(-5,10)(−5,10) Without Doing Any Work, Give the Solution To (-5,10)

The Solution Set of the Inequality $x^{2}-5 x-50<0$ Is $(-5,10)$ Without Doing Any Work, Give the Solution To (-5,10)