Find the Interval(s) for B Such That the Following Equation $x ^ { 2 } + b x + 6 = 0$

question 336

Multiple Choice

Find the interval(s) for b such that the following equation has at least one real solution
$x ^ { 2 } + b x + 6 = 0$ .

• A) \(( - \infty , - \sqrt { 24 } ] \cup [ \sqrt { 24 } , \infty )\)
• B) \(( - \infty , - \sqrt { 24 } ] \cap [ \sqrt { 24 } , \infty )\)
• C) \(( - \infty , \sqrt { 24 } ] \cup ( \sqrt { 24 } , \infty )\)
• D) \(( - \infty , - \sqrt { 24 } ) \cup [ - \sqrt { 24 } , \infty )\)
• E) \(( - \infty , \sqrt { 24 } ] \cap [ \sqrt { 24 } , \infty )\)

---

Definitions:

Top Executive

A high-ranking officer in a company or organization responsible for strategic planning and decision-making.

Vision

The ability to think about or plan the future with imagination or wisdom.

Company's Actions

Decisions and measures taken by a company's management and board of directors which impact its operations, performance, and strategy.

Competitors

Entities or individuals that compete within the same market, offering similar products or services to the same customer base.