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Identify the given values
We are given a circle \(T\) with:
- Tangent segment \(\overline{AS}\)
- Secant segment \(\overline{ELS}\)
- External secant segment \(SL = 8\)
- Internal secant segment (chord) \(LE = 10\)
State the applicable theorem
The Tangent-Secant Theorem states that if a tangent segment and a secant segment are drawn to a circle from an exterior point, then the square of the length of the tangent segment is equal to the product of the lengths of the external secant segment and the entire secant segment:
Calculate the entire secant length
The entire secant segment \(SE\) is the sum of the external part \(SL\) and the internal part \(LE\):
Solve for the tangent length
Substitute the values into the theorem formula:
Match with the given options
The calculated length of \(\overline{AS}\) is \(12\), which corresponds to option (4).
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- (1) \(\sqrt{18}\)
- (2) \(\sqrt{80}\)
- (3) 9
- (4) 12 (Correct answer)