Background: A dog named Zip is often tied to a zipline. Fig 1A: Top view of yard. When tied, Zip travels in such a way that the hook on the line slides back and forth as he moves. A coordinate system is defined as described in the picture to the right. Figure 1A shows a top view and Figure 1B shows a Fig 1B: Sideview of zipline. sideview. A measurement system is connected to the hook. It periodically records the position on the line during the time Zip is connected to it. After 50,000 x=0 location of hook observations (electronically recorded) a continuous model for where the hook is located was developed by - 10m < x < 10m a team of engineers. They came up with the model that p(x) = { + 100) otherwise 1) Sketch a graph for p(x). Do you need to fill in this form? You can use Fill & Sign to complete form yourself or get others to sign. 2) What is the average position of the hook on the zipline?
Background: A dog named Zip is often tied to a zipline. Fig 1A: Top view of yard. When tied, Zip travels in such a way that the hook on the line slides back and forth as he moves. A coordinate system is defined as described in the picture to the right. Figure 1A shows a top view and Figure 1B shows a Fig 1B: Sideview of zipline. sideview. A measurement system is connected to the hook. It periodically records the position on the line during the time Zip is connected to it. After 50,000 x=0 location of hook observations (electronically recorded) a continuous model for where the hook is located was developed by - 10m < x < 10m a team of engineers. They came up with the model that p(x) = { + 100) otherwise 1) Sketch a graph for p(x). Do you need to fill in this form? You can use Fill & Sign to complete form yourself or get others to sign. 2) What is the average position of the hook on the zipline?
A First Course in Probability (10th Edition)
10th Edition
ISBN:9780134753119
Author:Sheldon Ross
Publisher:Sheldon Ross
Chapter1: Combinatorial Analysis
Section: Chapter Questions
Problem 1.1P: a. How many different 7-place license plates are possible if the first 2 places are for letters and...
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Transcribed Image Text:Background: A dog named Zip is often tied to a zipline.
Fig 1A: Top view of yard.
When tied, Zip travels in such a way that the hook on the
line slides back and forth as he moves. A coordinate
system is defined as described in the picture to the right.
Figure 1A shows a top view and Figure 1B shows a
Fig 1B: Sideview of zipline.
sideview. A measurement system is connected to the
hook. It periodically records the position on the line
during the time Zip is connected to it. After 50,000
x=0
location of hook
observations (electronically recorded) a continuous
model for where the hook is located was developed by
- 10m < x < 10m
a team of engineers. They came up with the model that p(x) = {A + 10)
otherwise
1)
Sketch a graph for p(x).
Do you need to fill in this form?
You can use Fill & Sign to complete
form yourself or get others to sign.
2)
What is the average position of the hook on the zipline?
Transcribed Image Text:3)
What is the probability that the hook is found in the range 4m < x < 6m?
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