Question
In: Math
1.Determine the linearization of f(x)= −2.0 x^2.0−4.0 x - 4 at x=2. 2.Determine the linearization of...
1.Determine the linearization of
f(x)= −2.0 x^2.0−4.0 x - 4
at x=2.
2.Determine the linearization of f(x)= (−x^2)−4/x^3 at x=−1.
Solutions
milcah answered 2 years agoRelated Solutions
Consider the function f(x) = x 4 − 4x 2 . Determine the following: • The...
Consider the function
f(x) = x 4 − 4x 2 . Determine the following:
• The (x,y) coordinate pairs of the local minima and local
maxima.
• The (x,y) coordinate pair of the absolute minimum and absolute
maximum, should they exist. If the absolute min/max is obtained at
multiple points, list all of them. • The intervals of increasing
and decreasing.
• The intervals of concavity. That is, explain exactly where
this function is convex and exactly where this function...
(a) For f(x) = 1 4 x 4 − 6x 2 find the intervals where f(x)...
(a) For f(x) = 1 4 x 4 − 6x 2 find the intervals where f(x) is
concave up, and the intervals where f(x) is concave down, and the
inflection points of f(x) by the following steps:
i. Compute f 0 (x) and f 00(x).
ii. Show that f 00(x) is equal to 0 only at x = −2 and x =
2.
iii. Observe that f 00(x) is a continuous since it is a
polynomial. Conclude that f 00(x)...
Find f. f ''(x) = x−2, x > 0, f(1) = 0, f(4) = 0 f(x)=
Find f.
f ''(x) = x−2, x >
0, f(1) = 0, f(4) =
0
f(x)=
2. Determine the area of the region between x = −1, x = 2, f(x) =...
2. Determine the area of the region between x = −1, x = 2, f(x)
= 3x2, and the x-axis.
(a) 27
(b) 2 (c) 9 (d) 48 (e) 16
Find the linearization at x=a. f(x)=sin^7(x), a=π/4, (Use symbolic notation and fractions where needed.) Find the...
Find the linearization
at x=a.
f(x)=sin^7(x),
a=π/4,
(Use symbolic notation
and fractions where needed.)
Find the linearization
of y=e^(√7x) at x=36.
(Use symbolic notation
and fractions where needed.)
f(x)=x^4-24x^2 Determine the intervals of increase and decrease for f (x) Use the First Derivative Test...
f(x)=x^4-24x^2
Determine the intervals of increase and decrease for f (x)
Use the First Derivative Test to find all local maxima and minima
for f (x) .
Determine the intervals where f (x) is concave up and concave
down
Find any inflection points of f (x) .
Please show the work
Shipment Time to Deliver (Days) 1 7.0 2 12.0 3 4.0 4 2.0 5 6.0 6...
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Shipment Time to Deliver (Days) 1 7.0 2 12.0 3 4.0 4 2.0 5 6.0 6...
Shipment
Time to Deliver (Days)
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Cell x y Demand Fabrication 1.0 4.0 12 Paint 1.0 2.0 24 Subassembly 1 2.5 2.0...
Cell
x
y
Demand
Fabrication
1.0
4.0
12
Paint
1.0
2.0
24
Subassembly 1
2.5
2.0
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Subassembly 2
3.0
5.0
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Assembly
4.0
4.0
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Let us consider again the data from the LaRosa tool bin location
problem discussed in Section 14.3.
Suppose we know the average number of daily trips made to the
tool bin from each production station. The average number of trips
per day are 12 for fabrication, 24 for Paint, 13 for Subassembly 1,
7...
For f(x)=x^2+x-2/x^2-4, determine the equation for any vertical asymptotes, the equation for any horizontal asymptotes, and...
For f(x)=x^2+x-2/x^2-4, determine the equation for any vertical
asymptotes, the equation for any horizontal asymptotes, and the
x-coordinates of any holes
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