For positive A, B , the force between two atoms is a function of the distance, r , between them: f ( r ) = − A r 2 + B r 3 r > 0. (a) What are the zeros and asymptotes of f ? (b) Find the coordinates of the critical points and inflection points of f . (c) Graph f . (d) Illustrating your answers with a sketch, describe the effect on the graph of f of: (i) Increasing B , holding A fixed (ii) Increasing A , holding B fixed
For positive A, B , the force between two atoms is a function of the distance, r , between them: f ( r ) = − A r 2 + B r 3 r > 0. (a) What are the zeros and asymptotes of f ? (b) Find the coordinates of the critical points and inflection points of f . (c) Graph f . (d) Illustrating your answers with a sketch, describe the effect on the graph of f of: (i) Increasing B , holding A fixed (ii) Increasing A , holding B fixed
Directions: Differentiate each function with respect to x. Be mindful for the rubric in considering your
solutions.
(a) y=5
(b) f(x)=5x"
(c) y=4x° +x
18
5
(d) y=-x
3
(e) y =
-
Please don't provide handwritten solution .....
Consider an axisymmetric feeding bowl as shown on the left below. Its cross-section is shown on the right with the axis of symmetry aligned along the y-axis.
The top curve of the cross-section is given by the function
b. What is the capacity of this bowl?
Capacity=
cm³
c. Find the volume of water inside the bowl if the water level is 3.3 cm measured from the bottom.
Volume of water =
1
961
y =
C
961
The horizontal base joins the endpoints of the top curve. Both x and y are in cm.
You may need to use a computer algebra system to solve some of the following problems. Round all your answers to at least 3 significant figures.
a. Assume that the bowl is solid and is made with plastic. Find the amount of plastic (as a volume) required to make this bowl.
Amount of plastic =
cm³
cm3
-x4 (9-x)
1 4
-x¹ (9 + x)
y
0≤x≤9.1
-9.1 < x < 0
X
Precalculus: Mathematics for Calculus - 6th Edition
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