A breeding group of 20 bighorn sheep is released in a protected area in Colorado. It is expected that with careful management the number of sheep, N , after t years will be given by the formula N = 220 1 + 10 0.83 t and that the sheep population will be able to maintain itself without further supervision once the population reaches a size of 80 . (a) Graph N versus t . (b) How many years must the state of Colorado maintain a program to care for the sheep? (c) How many bighorn sheep can the environment in the protected area support?
A breeding group of 20 bighorn sheep is released in a protected area in Colorado. It is expected that with careful management the number of sheep, N , after t years will be given by the formula N = 220 1 + 10 0.83 t and that the sheep population will be able to maintain itself without further supervision once the population reaches a size of 80 . (a) Graph N versus t . (b) How many years must the state of Colorado maintain a program to care for the sheep? (c) How many bighorn sheep can the environment in the protected area support?
A breeding group of
20
bighorn sheep is released in a protected area in Colorado. It is expected that with careful management the number of sheep,
N
,
after
t
years will be given by the formula
N
=
220
1
+
10
0.83
t
and that the sheep population will be able to maintain itself without further supervision once the population reaches a size of
80
.
(a) Graph
N
versus
t
.
(b) How many years must the state of Colorado maintain a program to care for the sheep?
(c) How many bighorn sheep can the environment in the protected area support?
3.
Consider the sequences of functions fn: [-T, π] → R,
sin(n²x)
n(2)
n
(i) Find a function f : [-T, π] R such that fnf pointwise as
n∞. Further, show that f uniformly on [-T,π] as n→ ∞.
[20 Marks]
(ii) Does the sequence of derivatives f(x) has a pointwise limit on [-7,π]?
Justify your answer.
[10 Marks]
Good Day,
Please assist with the following.
Regards,
For each given function f(x) find f'(x) using the rules learned in section 9.5.
1. f(x)=x32
32x
2. f(x)=7x+13
3. f(x) =
x4
4. f(x) = √√x³
5. f(x) = 3x²+
3
x2
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