PART C AND D ONLY SC600500400N300!2001001(b) How many buffalo are in the herd at the beginning of 2002?21✔ buffalo(d) How many buffalo will there eventually be in the herd?200X buffalo(e) When is the graph of N, as a function t, concave up?O (11.47, ∞)O (0, ∞)O (0, 2013)O (0, 315)5 10 15 20 25(0, 11.47):0F1When is it concave down?O (0, 2013)O (0, 11.47)O (-∞0, ∞0)(11.47, ∞)(c) When will the number of buffalo first exceed 200? (Round your answer to the nearest whole number.)14X@2F2#33020F3$4t000000F4%5OF5ANWebAssign Plot0005004003002001000A5610F6&157AaF720 25*8DIIF8309 blockWaterton Lakes National Park of Canada, where the Great Plains dramatically meet the Rocky Mountains in Alberta, has a migratory buffalo (bison) herd that spends falls and winters in the Park. Theherd is currently managed and so kept small; however, if it were unmanaged and allowed to grow, then the number N of buffalo in the herd could be estimated by the following logistic formula.3151+14e-0.23tescN=Here t is the number of years since the beginning of 2002, the first year the herd is unmanaged.(a) Make a graph of N versus t covering the next 30 year of the herd's existence (corresponding to dates up to 2032).!1N600500400300200100F1600500400300200100OANQ5N(b) How many buffalo are in the herd at the beginning of 2002?21✓buffalo25 10 15 20 25-0F2t10 15 20 25 30WSX#380F3ED$4C9.00DODF4R30LLtF27 2%N600500400300200100OVN600500400300200100F5TG< 655F6B1010Y15H15&720JaF720U▬▬▬▬†ML25* 0025 308J30DIIF81N M(9KDDF9O<)0LJF10PAI()F11{[+11(1)F12}1)delete

Answered: Image /qna-images/answer/44508c2d-8421-47db-ac83-bddcfd4867f4.jpg

(b) How many buffalo are in the herd at the beginning of 2002? ✔ buffalo 21 (c) When will the number of buffalo first exceed 200? (Round your answer to the nearest whole number.) 14 X (d) How many buffalo will there eventually be in the herd? 200 X buffalo

(b) How many buffalo are in the herd at the beginning of 2002? ✔ buffalo 21 (c) When will the number of buffalo first exceed 200? (Round your answer to the nearest whole number.) 14 X (d) How many buffalo will there eventually be in the herd? 200 X buffalo

Functions and Change: A Modeling Approach to College Algebra (MindTap Course List)

6th Edition

ISBN:9781337111348

Author:Bruce Crauder, Benny Evans, Alan Noell

Publisher:Bruce Crauder, Benny Evans, Alan Noell

Chapter2: Graphical And Tabular Analysis

Section2.2: Graphs

Problem 25E: Buffalo: Waterton Lakes National Park of Canada, where the Great Plains dramatically meet the Rocky...

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Question

PART C AND D ONLY

SC
600
500
400
N
300
!
200
100
1
(b) How many buffalo are in the herd at the beginning of 2002?
21
✔ buffalo
(d) How many buffalo will there eventually be in the herd?
200
X buffalo
(e) When is the graph of N, as a function t, concave up?
O (11.47, ∞)
O (0, ∞)
O (0, 2013)
O (0, 315)
5 10 15 20 25
(0, 11.47)
:0
F1
When is it concave down?
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O (0, 11.47)
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(c) When will the number of buffalo first exceed 200? (Round your answer to the nearest whole number.)
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Waterton Lakes National Park of Canada, where the Great Plains dramatically meet the Rocky Mountains in Alberta, has a migratory buffalo (bison) herd that spends falls and winters in the Park. The
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315
1+14e-0.23t
esc
N=
Here t is the number of years since the beginning of 2002, the first year the herd is unmanaged.
(a) Make a graph of N versus t covering the next 30 year of the herd's existence (corresponding to dates up to 2032).
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200
100
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Q
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(b) How many buffalo are in the herd at the beginning of 2002?
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