Decide What Values of the Variable Cannot Possibly Be Solutions $$\frac { - 5 x ^ { 2 } - 6 } { x - 4 } = \frac { - 15 x } { x - 4 } + 6$$

question 112

Multiple Choice

Decide what values of the variable cannot possibly be solutions for the equation.
- $$\frac { - 5 x ^ { 2 } - 6 } { x - 4 } = \frac { - 15 x } { x - 4 } + 6$$

• A) \(\left\{ - \frac { 6 } { 5 } , 3 \right\}\)
• B) \(\left\{ \frac { 6 } { 5 } , - 3 \right\}\)
• C) \(\{ 3 \}\)
• D) \(\left\{ \frac { - 5 \pm \sqrt { 105 } } { 3 } \right\}\)

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Definitions:

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Bonds issued in a series, each one of which has a different maturity date and thus comes due at a different time.

Maturities

The term dates on which debts or investments are due to be paid or settled.

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The process by which a borrower, such as a company or government, raises funds by selling bonds to investors, with the promise to pay back with interest at future dates.

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Term bonds are fixed income securities issued with a fixed maturity date at which the principal amount is due to be paid to investors.