2. A basketball player takes 20 shots from 7 different locations that are measured by feet from the basket. The following is the table that shows the players success (made baskets) from the different locations. a.) Draw a scatter plot of the data. Distance from goal, In feet 2 4 5 10 15 18 22 Shots Made 17 15 16 14 6 7 3 b.) Draw the best fit line through the points (2, 17) and (18, 7). c.) is the correlation positive, negative, or none?
2. A basketball player takes 20 shots from 7 different locations that are measured by feet from the basket. The following is the table that shows the players success (made baskets) from the different locations. a.) Draw a scatter plot of the data. Distance from goal, In feet 2 4 5 10 15 18 22 Shots Made 17 15 16 14 6 7 3 b.) Draw the best fit line through the points (2, 17) and (18, 7). c.) is the correlation positive, negative, or none?
Advanced Engineering Mathematics
10th Edition
ISBN:9780470458365
Author:Erwin Kreyszig
Publisher:Erwin Kreyszig
Chapter2: Second-order Linear Odes
Section: Chapter Questions
Problem 1RQ
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Homework
![2. A basketball player takes 20 shots from 7 different locations that are measured by feet from the
basket. The following is the table that shows the players success (made baskets) from the different
locations.
a.) Draw a scatter plot of the data.
Distance from goal, in
feet
2
4
51282
10
Shots
Made
17
d.)
15
16
14
6
7
3
b.) Draw the best fit line through the points
(2, 17) and (18, 7).
c.) is the correlation positive, negative, or none?
Use the points (2, 17) and (18, 7) to
find the slope. (round to two decimals)
f.) Write the equation of the best fit line.
e.) What does the slope mean?
g.) Predict the number of shots made at 26 feet. Is this an extrapolation or interpolation?
(round to nearest whole).](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F7ba52704-b9b3-419a-85d5-ab3a27abedad%2F6f896150-1fa2-4b99-a0a2-0d3ad58fe82f%2Ftq8gvpt_processed.jpeg&w=3840&q=75)
Transcribed Image Text:2. A basketball player takes 20 shots from 7 different locations that are measured by feet from the
basket. The following is the table that shows the players success (made baskets) from the different
locations.
a.) Draw a scatter plot of the data.
Distance from goal, in
feet
2
4
51282
10
Shots
Made
17
d.)
15
16
14
6
7
3
b.) Draw the best fit line through the points
(2, 17) and (18, 7).
c.) is the correlation positive, negative, or none?
Use the points (2, 17) and (18, 7) to
find the slope. (round to two decimals)
f.) Write the equation of the best fit line.
e.) What does the slope mean?
g.) Predict the number of shots made at 26 feet. Is this an extrapolation or interpolation?
(round to nearest whole).
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