3. Favorite Sport Fifty: people were asked to identify their favorite sport. The responses were F = professional football, C = college football, B = baseball, and A = auto racing. Construct a categorical frequency distribution for the data. Which class has the most data values, and which class has the fewest data values? (Based on information from a Harris Interactive survey.) 10 points. %3D F F F F B F B F C F 4. Trust in Internet Information A survey was taken on how much trust people place in the information they read on the Internet. Construct a categorical frequency distribution for the data. A = trust in all that they read, M = trust in most of what they read, H = trust in about one-half of what they read, S = trust in a small portion of what they read. (Based on information from the UCLA Internet Report.) 10 points. %3D M H M M МА M M H M м мм МА H M S M MA M S M мм H M M M мм H. M M A M M H 5. Stories in the World's Tallest Buildings: The number of stories in each of a sample of the world's 30 tallest buildings follows. Construct a grouped frequency distribution and a cumulative frequency distribution with 7 classes. 15 points 88 110 79 85 54 60 88 88 80 69 102 78 70 55 80 100 60 90 77 55 75 55 75 64 105 56 71 70 65 72 Source: New York Times Almanac. BCFACEECAF
3. Favorite Sport Fifty: people were asked to identify their favorite sport. The responses were F = professional football, C = college football, B = baseball, and A = auto racing. Construct a categorical frequency distribution for the data. Which class has the most data values, and which class has the fewest data values? (Based on information from a Harris Interactive survey.) 10 points. %3D F F F F B F B F C F 4. Trust in Internet Information A survey was taken on how much trust people place in the information they read on the Internet. Construct a categorical frequency distribution for the data. A = trust in all that they read, M = trust in most of what they read, H = trust in about one-half of what they read, S = trust in a small portion of what they read. (Based on information from the UCLA Internet Report.) 10 points. %3D M H M M МА M M H M м мм МА H M S M MA M S M мм H M M M мм H. M M A M M H 5. Stories in the World's Tallest Buildings: The number of stories in each of a sample of the world's 30 tallest buildings follows. Construct a grouped frequency distribution and a cumulative frequency distribution with 7 classes. 15 points 88 110 79 85 54 60 88 88 80 69 102 78 70 55 80 100 60 90 77 55 75 55 75 64 105 56 71 70 65 72 Source: New York Times Almanac. BCFACEECAF
MATLAB: An Introduction with Applications
6th Edition
ISBN:9781119256830
Author:Amos Gilat
Publisher:Amos Gilat
Chapter1: Starting With Matlab
Section: Chapter Questions
Problem 1P
Related questions
Question
Please answer each question below please
Transcribed Image Text:3. Favorite Sport Fifty: people were asked to identify their favorite sport. The responses were
F = professional football, C = college football, B = baseball, and A = auto racing. Construct a
categorical frequency distribution for the data. Which class has the most data values, and
which class has the fewest data values? (Based on information from a Harris Interactive
survey.) 10 points.
F
F
F
C
F
B
A
B
F
B
C
F
A
A
F
A
C
F
F
F
F
B
F
В
A
F
F
F
C
F
B
C
A
F
A
В
B
F
F
4. Trust in Internet Information A survey was taken on how much trust people place in the
information they read on the Internet. Construct a categorical frequency distribution for the
data. A = trust in all that they read, M = trust in most of what they read, H = trust in about
one-half of what they read,S = trust in a small portion of what they read. (Based on
information from the UCLA Internet Report.) 10 points.
A
M
H
M
M
A
S
M
H
M
A
M
S
M
A
M
H.
M
M
H
M
M
H.
M
M
5. Stories in the World's Tallest Buildings: The number of stories in each of a sample of the
world's 30 tallest buildings follows. Construct a grouped frequency distribution and a
cumulative frequency distribution with 7 classes. 15 points
88 88
79 85
54 60
110
88
80 69
102 78 70 55
80
100
75
60
90
77 55 75 55
64
105 56
71 70 65
72
Source: New York Times Almanac.
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