The stem-and-leaf plots compare the ages of 30 actors and actresses at the time they won an award. Complete parts a through d below. Actors Stems Actresses 2 014667 98753220 3 00113344455778 88776543322100 4 11127 7751 5 210 6 011 7 7 4 8 4 a. What is the age of the youngest actor to win the award? b. What is the age difference between the oldest and the youngest actress to win an award? c. What is the oldest age shared by two actors to win an award? What differences do you observe between the two stem-and-leaf plots? What explanations can you offer for these differences? A. There is a higher frequency of actors in their sixties and seventies than actresses; this could be explained by actors being older when they win an award. B. There is a lower frequency of actors in their forties and fifties than actresses and a higher frequency of actors in their twenties and thirties than actresses; this could be explained by actors being younger when they win an award. C. There is a higher frequency of actors in their forties and fifties than actresses and a lower frequency of actors in their twenties and thirties than actresses; this could be explained by actors being older when they win an award.
The stem-and-leaf plots compare the ages of 30 actors and actresses at the time they won an award. Complete parts a through d below. Actors Stems Actresses 2 014667 98753220 3 00113344455778 88776543322100 4 11127 7751 5 210 6 011 7 7 4 8 4 a. What is the age of the youngest actor to win the award? b. What is the age difference between the oldest and the youngest actress to win an award? c. What is the oldest age shared by two actors to win an award? What differences do you observe between the two stem-and-leaf plots? What explanations can you offer for these differences? A. There is a higher frequency of actors in their sixties and seventies than actresses; this could be explained by actors being older when they win an award. B. There is a lower frequency of actors in their forties and fifties than actresses and a higher frequency of actors in their twenties and thirties than actresses; this could be explained by actors being younger when they win an award. C. There is a higher frequency of actors in their forties and fifties than actresses and a lower frequency of actors in their twenties and thirties than actresses; this could be explained by actors being older when they win an award.
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
The stem-and-leaf plots compare the ages of 30 actors and actresses at the time they won an award.
Complete parts a through d below.
|
Actors
|
Stems
|
Actresses
|
---|---|---|---|
|
2
|
014667
|
|
98753220
|
3
|
00113344455778
|
|
88776543322100
|
4
|
11127
|
|
7751
|
5
|
|
|
210
|
6
|
011
|
|
7
|
7
|
4
|
|
|
8
|
4
|
a. What is the age of the youngest actor to win the award?
b. What is the age difference between the oldest and the youngest actress to win an award?
c. What is the oldest age shared by two actors to win an award?
What differences do you observe between the two stem-and-leaf plots? What explanations can you offer for these differences?
There is a higher frequency of actors in their sixties and seventies than actresses; this could be explained by actors being older when they win an award.
There is a lower frequency of actors in their forties and fifties than actresses and a higher frequency of actors in their twenties and thirties than actresses; this could be explained by actors being younger when they win an award.
There is a higher frequency of actors in their forties and fifties than actresses and a lower frequency of actors in their twenties and thirties than actresses; this could be explained by actors being older when they win an award.
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