四) 00 T Give units for the slope of the line and interpret it in terms of zebra mussels. The slope of the line is zebra mussels per year the rate at which the zebra and represents mussel population is growing (b) Assume that the number of zebra mussels is growing exponentially. Exponential growth: y = What is the annual percent growth rate of the zebra mussel population? % per year. www eTextbook and Media 23 Search or type URL 2$ 2 4. 5. 3. 00 T LO uonsan Find a formula in each part below for the number of zebra mussels in a bay as a function of the number of years since 2014, given that there were 2700 at the start of 2014 and 3132 at the start of 2015. NOTE: Enter the exact answers. Let y represent the number of zebra mussels t years since 2014. a) Assume that the number of zebra mussels is growing linearly. Linear growth: y = Give units for the slope of the line and interpret it in terms of zebra mussels. The slope of the line is zebra mussels per year the rate at which the zebra and represents mussel population is growing étv 23 G Search or type URL & %23 24 R M B. N

College Algebra (MindTap Course List)
12th Edition
ISBN:9781305652231
Author:R. David Gustafson, Jeff Hughes
Publisher:R. David Gustafson, Jeff Hughes
Chapter5: Exponential And Logarithmic Functions
Section5.2: Applications Of Exponential Functions
Problem 43E
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Related questions
Question
四)
00
T
Give units for the slope of the line and interpret it in terms of
zebra mussels.
The slope of the line is
zebra mussels per year
the rate at which the zebra
and represents mussel population is growing
(b) Assume that the number of zebra mussels is growing exponentially.
Exponential growth: y =
What is the annual percent growth rate of the zebra mussel
population?
% per year.
www
eTextbook and Media
23
Search or type URL
2$
2
4.
5.
3.
Transcribed Image Text:四) 00 T Give units for the slope of the line and interpret it in terms of zebra mussels. The slope of the line is zebra mussels per year the rate at which the zebra and represents mussel population is growing (b) Assume that the number of zebra mussels is growing exponentially. Exponential growth: y = What is the annual percent growth rate of the zebra mussel population? % per year. www eTextbook and Media 23 Search or type URL 2$ 2 4. 5. 3.
00
T
LO
uonsan
Find a formula in each part below for the number of zebra mussels in
a bay as a function of the number of years since 2014, given that
there were 2700 at the start of 2014 and 3132 at the start of 2015.
NOTE: Enter the exact answers. Let y represent the number of zebra mussels t years
since 2014.
a) Assume that the number of zebra mussels is growing linearly.
Linear growth: y =
Give units for the slope of the line and interpret it in terms of
zebra mussels.
The slope of the line is
zebra mussels per year
the rate at which the zebra
and represents
mussel population is growing
étv
23
G Search or type URL
&
%23
24
R
M
B.
N
Transcribed Image Text:00 T LO uonsan Find a formula in each part below for the number of zebra mussels in a bay as a function of the number of years since 2014, given that there were 2700 at the start of 2014 and 3132 at the start of 2015. NOTE: Enter the exact answers. Let y represent the number of zebra mussels t years since 2014. a) Assume that the number of zebra mussels is growing linearly. Linear growth: y = Give units for the slope of the line and interpret it in terms of zebra mussels. The slope of the line is zebra mussels per year the rate at which the zebra and represents mussel population is growing étv 23 G Search or type URL & %23 24 R M B. N
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