Acquisition of Language The percentage q ( t ) ofchildren who can speak in sentences of five or more words by the age of t months can be approximated by the equation q ( t ) = 100 ( 1 − 5.27 × 10 17 t 12 ) ( t ≥ 30 ) . If p is the function referred to in the preceding exercise, Calculate lim x → + ∞ [ p ( t ) − q ( t ) ] , andinterpret the result. [ HINT: See Example 4.]
Acquisition of Language The percentage q ( t ) ofchildren who can speak in sentences of five or more words by the age of t months can be approximated by the equation q ( t ) = 100 ( 1 − 5.27 × 10 17 t 12 ) ( t ≥ 30 ) . If p is the function referred to in the preceding exercise, Calculate lim x → + ∞ [ p ( t ) − q ( t ) ] , andinterpret the result. [ HINT: See Example 4.]
Acquisition of Language The percentage
q
(
t
)
ofchildren who can speak in sentences of five or more words by the age of t months can be approximated by the equation
q
(
t
)
=
100
(
1
−
5.27
×
10
17
t
12
)
(
t
≥
30
)
.
If p is the function referred to in the preceding exercise, Calculate
lim
x
→
+
∞
[
p
(
t
)
−
q
(
t
)
]
,
andinterpret the result. [HINT: See Example 4.]
2. (5 points) Let f(x) =
=
-
-
- x² − 3x+7. Find the local minimum and maximum point(s)
of f(x), and write them in the form (a, b), specifying whether each point is a minimum
or maximum. Coordinates should be kept in fractions.
Additionally, provide in your answer if f(x) has an absolute minimum or maximum
over its entire domain with their corresponding values. Otherwise, state that there is no
absolute maximum or minimum. As a reminder, ∞ and -∞ are not considered absolute
maxima and minima respectively.
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