Use the Theorem of Pappus and the fact that the volume of a sphere of radius a is V = 4 3 π a 3 to show that the centroid of the lamina that is bounded by the x -axis and the semicircle y = a 2 − x 2 is 0 , 4 a / 3 π . (This problem was solved directly in Example 3 .)
Use the Theorem of Pappus and the fact that the volume of a sphere of radius a is V = 4 3 π a 3 to show that the centroid of the lamina that is bounded by the x -axis and the semicircle y = a 2 − x 2 is 0 , 4 a / 3 π . (This problem was solved directly in Example 3 .)
Use the Theorem of Pappus and the fact that the volume of a sphere of radius
a
is
V
=
4
3
π
a
3
to show that the centroid of the lamina that is bounded by the
x
-axis
and the semicircle
y
=
a
2
−
x
2
is
0
,
4
a
/
3
π
. (This problem was solved directly in Example
3
.)
The graph of f' is below. Use it to determine where the local minima and maxima for f are. If there
are multiple answers, separate with commas.
2
f'(x)
N
-5 -4 3-2-1
-1
-2
-3
-4
12 3 4 5
-x
Local minima at x
Local maxima at x
The graph of f' is below. Use it to determine the intervals where f is increasing.
-5-4-32
4-
3
2
1
-2
-3
+x
2
3 4 5
The graph of f' is below. Use it to determine where the inflection points are and the intervals where f
is concave up and concave down. If there are multiple inflection points, separate with a comma.
6
5
4
3
2
1
f'(x)
+x
-6-5-4-3 -2 -1
1 2 3 4 5
6
-1
-2
-3
-4
-5
-6+
Inflection point(s) at x =
Concave up:
Concave down:
Chapter 6 Solutions
Calculus Early Transcendentals, Binder Ready Version
Using and Understanding Mathematics: A Quantitative Reasoning Approach (6th Edition)
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