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QUESTION 12 For question number 16: Find the remaining zeros of an nth degree polynomial function with real coefficients satisfying the given conditions. n = 3; \frac{1}{4} and 6 - 8i are zeros 6 + 8i -6 - 8i no other zeros - \frac{1}{4} QUESTION 13 For question number 23: Solve the following exponential equation. $3^x - 243 = 0$ (5) (-5) (-7.5) (-5.5)

          QUESTION 12
For question number 16: Find the remaining zeros of an nth degree polynomial function with real coefficients satisfying the
given conditions.
n = 3; \frac{1}{4} and 6 - 8i are zeros
6 + 8i
-6 - 8i
no other zeros
- \frac{1}{4}
QUESTION 13
For question number 23: Solve the following exponential equation.
$3^x - 243 = 0$
(5)
(-5)
(-7.5)
(-5.5)

QUESTION 12
For question number 16: Find the remaining zeros of an nth degree polynomial function with real coefficients satisfying the
given conditions.
n = 3; (1)/(4) and 6 - 8i are zeros
6 + 8i
-6 - 8i
no other zeros
- (1)/(4)
QUESTION 13
For question number 23: Solve the following exponential equation.
3^x - 243 = 0
(5)
(-5)
(-7.5)
(-5.5)

Added by William J.

Elementary and Intermediate Algebra

Alan S. Tussy, R. David Gustafson 5th Edition

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Texts: QUESTION 12 For question number 16: Find the remaining zeros of an nth degree polynomial function with real coefficients satisfying the given conditions. n = 3 and 6 - 8i are zeros 6 + 8i, -6 - 8i are the other zeros QUESTION 13 For question number 23: Solve the following exponential equation. 3^x - 243 = 0 {x} = {-5, 7, 5}