13. Determine whether or not each statement is true or false for all x>0 & y> 0; If a statement is false, provide an example that disproves the statement: a) (log, x) - nlog,x b) log. log,(z) log,(y)

Algebra & Trigonometry with Analytic Geometry
13th Edition
ISBN:9781133382119
Author:Swokowski
Publisher:Swokowski
Chapter5: Inverse, Exponential, And Logarithmic Functions
Section5.6: Exponential And Logarithmic Equations
Problem 69E
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12. The following three points are on the graph of f(x)= log , (x): (1/4, 2). (1, 0) & (4, - 2
a) Use the three points on f(x) to
find the corresponding three points on
the graph of g (x) = -S(x+ 2) + 2:
b) Use your answer to part 'a' to graph
g (x) on the axes below, Be sure to show
your three points from part 'a', and any asym
13. Determine whether or not each statement is true or false for all x>0 & y> 0; if a statement is
false, provide an example that disproves the statement:
log, (x)
log,(y)
a) (log, x) -nlog , x
b) log,
14. Write as a single logarithm and simplify as much as possible:
log(x' - 4)–3logy-2log(x+2)+logy
15. Expand & simplify as much as possible: log,
81y
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Transcribed Image Text:9:38 1 Back 110T2.pdf 12. The following three points are on the graph of f(x)= log , (x): (1/4, 2). (1, 0) & (4, - 2 a) Use the three points on f(x) to find the corresponding three points on the graph of g (x) = -S(x+ 2) + 2: b) Use your answer to part 'a' to graph g (x) on the axes below, Be sure to show your three points from part 'a', and any asym 13. Determine whether or not each statement is true or false for all x>0 & y> 0; if a statement is false, provide an example that disproves the statement: log, (x) log,(y) a) (log, x) -nlog , x b) log, 14. Write as a single logarithm and simplify as much as possible: log(x' - 4)–3logy-2log(x+2)+logy 15. Expand & simplify as much as possible: log, 81y Dashboard Calendar To Do Notifications Inbox 因
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