HOW DO YOU SEE IT? Solvinglog3 x + log3(x − 8) = 2 algebraically, thesolutions appear to be x = 9 and x = −1.Use the graph ofy = log3 x + log3(x − 8) − 2to determine whether each value is an actualsolution of the equation. Explain. PO HOW DO YOU SEE IT? Solving94.log3x + log,(x - 8) = 2 algebraically, thesolutions appear to be x = 9 and x = -1.Use the graph ofy = log, x + log,(r – 8) – 2to determine whether each value is an actualsolution of the equation. Explain.3(9, 0)12 15-3pone0 dell

given: log3 x + log3 (x-8) = 2 ⇒ log3…

Answered: PO HOW DO YOU SEE IT? Solving 94. log3x…

College Algebra

10th Edition

ISBN:9781337282291

Author:Ron Larson

Publisher:Ron Larson

Chapter5: Exponential And Logarithmic Functions

Section5.4: Exponential And Logarithmic Equations

Problem 83E: The number N of beavers in a given area after x years can be approximated by N=5.5100.23x,0x10. Use...

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HOW DO YOU SEE IT? Solving
log3 x + log3(x − 8) = 2 algebraically, the
solutions appear to be x = 9 and x = −1.
Use the graph of
y = log3 x + log3(x − 8) − 2
to determine whether each value is an actual
solution of the equation. Explain.

PO HOW DO YOU SEE IT? Solving
94.
log3x + log,(x - 8) = 2 algebraically, the
solutions appear to be x = 9 and x = -1.
Use the graph of
y = log, x + log,(r – 8) – 2
to determine whether each value is an actual
solution of the equation. Explain.
3
(9, 0)
12 15
-3
pone
0 dell

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