The graph of the function h represents how the values of s and h(s) are related and vary together. Let V = h(s). Recall that s represents the length of the side of the square that is cut from each corner of a 15 inch by 18 inch of paper and h(s) represents the box's volume. Mode 1 V 350 (2.00, 308.00) 300 250 200 150 100 50 Use the three modes in applet to answer the following questions. Drag the purple X to vary the value of the length of the side of the square cutout. a. Estimate h(4.1). Preview b. Solve h(s) = 200 for s. (Enter a comma-seperated list, if needed.) s = Preview c. As s increases from 3 to 5, the value of h(s) [ Select an answer from to d. Determine the range of h? Use interval notation. Preview h(2.5) – h(1) e. Use the graph of h to evaluate 2.5 – 1 Select an answer Preview h(2.5) – h(1) Which of the following decribes what represents in the context of this problem. Select all that 2.5 – 1 apply. The constant rate of change of the box's volume with respect to its side length on the interval from s = 1 to s = 2.5 that would result in the same change in volume as was achieved by h on that interval. OThe ratio of the change in the box's volume and the change in the value of s on the interval from s = 1 to s = 2.5. OThe change in the box's volume as the value of s increases from 1 to 2.5. OThe average rate of change of the box's volume with respect to the box's side-length, s, on the interval from s = 1 to s = 2.5 inches.

Calculus For The Life Sciences
2nd Edition
ISBN:9780321964038
Author:GREENWELL, Raymond N., RITCHEY, Nathan P., Lial, Margaret L.
Publisher:GREENWELL, Raymond N., RITCHEY, Nathan P., Lial, Margaret L.
Chapter1: Functions
Section1.4: Quadratic Functions; Translation And Reflection
Problem 51E: LIFE SCIENCE APPLICATIONS APPLY IT Splenic Artery Resistance Blood flow to the fetal spleen is of...
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The graph of the function h represents how the values of s and h(s) are related and vary together. Let V = h(s).
Recall that s represents the length of the side of the square that is cut from each corner of a 15 inch by 18 inch of
paper and h(s) represents the box's volume.
%3|
Mode 1
350
(2.00, 308.00)
300
250
200
150
100
50
S
3
4
6.
Use the three modes in applet to answer the following questions. Drag the purple X to vary the value of the
length of the side of the square cutout.
a. Estimate h(4.1).
Preview
b. Solve h(s)
200 for s. (Enter a comma-seperated list, if needed.) s =
Preview
c. As s increases from 3 to 5, the value of h(s) [ Select an answer
from
to
d. Determine the range of h? Use interval notation.
Preview
h(2.5) – h(1)
e. Use the graph of h to evaluate
2.5 – 1
Select an answer
Preview
h(2.5) – h(1)
Which of the following decribes what
represents in the context of this problem. Select all that
2.5 – 1
apply.
OThe constant rate of change of the box's volume with respect to its side length on the interval from
2.5 that would result in the same change in volume as was achieved by
1 to s
on that interval.
OThe ratio of the change in the box's volume and the change in the value of s on the interval from s
1
to s = 2.5.
OThe change in the box's volume as the value of s increases from 1 to 2.5.
OThe average rate of change of the box's volume with respect to the box's side-length, s, on the interval
from s =
1 to s = 2.5 inches.
Transcribed Image Text:The graph of the function h represents how the values of s and h(s) are related and vary together. Let V = h(s). Recall that s represents the length of the side of the square that is cut from each corner of a 15 inch by 18 inch of paper and h(s) represents the box's volume. %3| Mode 1 350 (2.00, 308.00) 300 250 200 150 100 50 S 3 4 6. Use the three modes in applet to answer the following questions. Drag the purple X to vary the value of the length of the side of the square cutout. a. Estimate h(4.1). Preview b. Solve h(s) 200 for s. (Enter a comma-seperated list, if needed.) s = Preview c. As s increases from 3 to 5, the value of h(s) [ Select an answer from to d. Determine the range of h? Use interval notation. Preview h(2.5) – h(1) e. Use the graph of h to evaluate 2.5 – 1 Select an answer Preview h(2.5) – h(1) Which of the following decribes what represents in the context of this problem. Select all that 2.5 – 1 apply. OThe constant rate of change of the box's volume with respect to its side length on the interval from 2.5 that would result in the same change in volume as was achieved by 1 to s on that interval. OThe ratio of the change in the box's volume and the change in the value of s on the interval from s 1 to s = 2.5. OThe change in the box's volume as the value of s increases from 1 to 2.5. OThe average rate of change of the box's volume with respect to the box's side-length, s, on the interval from s = 1 to s = 2.5 inches.
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