7. Penguins huddle together to stay warm in very cold weather. Suppose that a certain type of pen- guin has a circular cross-section approximately 14 inches in diameter (so that if you looked down on the penguin from above, the shape you would see would be a circle, 14 inches in diameter). Suppose that a group of this type of penguin is huddling in a large circular cluster, about 20 feet in diameter. (All the penguins are still standing upright on the ground; they are not piled on top of each other.)
7. Penguins huddle together to stay warm in very cold weather. Suppose that a certain type of pen- guin has a circular cross-section approximately 14 inches in diameter (so that if you looked down on the penguin from above, the shape you would see would be a circle, 14 inches in diameter). Suppose that a group of this type of penguin is huddling in a large circular cluster, about 20 feet in diameter. (All the penguins are still standing upright on the ground; they are not piled on top of each other.)
Advanced Engineering Mathematics
10th Edition
ISBN:9780470458365
Author:Erwin Kreyszig
Publisher:Erwin Kreyszig
Chapter2: Second-order Linear Odes
Section: Chapter Questions
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
Transcribed Image Text:7. Penguins huddle together to stay warm in very
cold weather. Suppose that a certain type of pen-
guin has a circular cross-section approximately
14 inches in diameter (so that if you looked down
on the penguin from above, the shape you would
see would be a circle, 14 inches in diameter).
Suppose that a group of this type of penguin is
huddling in a large circular cluster, about 20 feet
in diameter. (All the penguins are still standing
upright on the ground; they are not piled on top
of each other.)

Transcribed Image Text:a. Assuming that the penguins are packed
together tightly, estimate how many penguins
are in this cluster. (You might use area to do
this.) Is this an overestimate or an underestimate?
Explain.
b. The coldest penguins in the cluster are the ones
around the circumference. Approximately how
many of these cold penguins are there at any
given time? Explain.
c. So that no penguin gets too cold, the penguins
take turns being at the circumference. How
many minutes per hour does each penguin
spend at the circumference if each penguin
spends the same amount of time at the circum-
ference? Explain.
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