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WorksheetsLogarithmic and Exponential Functions Test Review
Total questions: 17
Worksheet time: 34mins
Solve
34=5ln(x−2)6.
898
900
902
Solve
2 ln(x−1)+ln(4)=ln(10−3x)2
−43 , 2
−43
ln(43), ln(2)
Solve
e2x=371.805
1.822
1.931
1.955
Solve
log4(x)−log4(5)=log4(60)3
12
120
300
Choose the graph of
f(x)=2xChoose the graph of
f(x)=3(x+1)Find the balance in an account at the end of 14 years if $5000 is invested at an interest rate of 4.5% compounded continuously.
A=Pert$9388.05
$9259.72
$8753.36
$7841.56
Evaluate
log41343.533
3.623
3.711
3.782
Choose the graph of
f(x)=log2(x−1)In 2008, the wolf population in a certain area was 1200. The number of wolves increases exponentially at a rate of 3% per year. Predict the population in 2012.
N=N0(1+r)t1030
1062
1350
1391
Given
f(x)=2x and g(x)=−2(x−2) , how does the graph of g compare to the graph of f ?shifted 2 units to the left and reflected in the x-axis
shifted 2 units to the right and reflected in the y-axis
shifted 2 units to the right and reflected in the x-axis
shifted 2 units to the left and reflected in the y-axis
Solve 5x=32
2.2023
2.153
2.241
2.392
Condense ln(11x)−5ln(x)−4ln(3y)
ln(81x4y411)
ln(3y411x6)
ln(11x481y4)
ln(891x4y4)
Expand 2log3(4y36x2)
2log36−2log34−4log3x−6log3y
2−2log32+4log3x−6log3y
2log36+4log3x−6log34y
4log3(6x)−6log3(4y)
log4(161)
Evaluate
−21
21
−2
2
What is the amount of time required for an investment to double at a rate of 8.2% if the interest is compounded continuously? A=Pert
8.275 years
8.453 years
8.613 years
8.772 years
Write 43=64 in logarithmic form.
log34=64
log464=3
log364=4
log643=4
