# 9. Given the data sample below, complete the following tasks: 961 1041 771 669 892 915 827 792 1073 884 988 1095 797 792 1003 725 973 1083 COLLEC a. List the minimum and maximum values of the data sample. Minimum: Maximum: b. Find the class width for a grouped frequency distribution with 6 classes. Class Width: c. Fill in the grouped frequency distribution with 6 classes for the data set. Class Boundaries Tally Marks Frequency | Relative Frequency d. List the modal class. e. Build a stem & leaf plot for the raw data using hundreds as the stem.

# 9. Given the data sample below, complete the following tasks: 961 1041 771 669 892 915 827 792 1073 884 988 1095 797 792 1003 725 973 1083 COLLEC a. List the minimum and maximum values of the data sample. Minimum: Maximum: b. Find the class width for a grouped frequency distribution with 6 classes. Class Width: c. Fill in the grouped frequency distribution with 6 classes for the data set. Class Boundaries Tally Marks Frequency | Relative Frequency d. List the modal class. e. Build a stem & leaf plot for the raw data using hundreds as the stem.

MATLAB: An Introduction with Applications

6th Edition

ISBN:9781119256830

Author:Amos Gilat

Publisher:Amos Gilat

Chapter1: Starting With Matlab

Section: Chapter Questions

Problem 1P

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Question

# 9. Given the data sample below, complete the following tasks:
961
1041
771 669 892
915 827 792 1073
884 988 1095 797 792
1003 725 973 1083
COLLEC
a. List the minimum and maximum values of the data sample.
Minimum:
Maximum:
b. Find the class width for a grouped frequency distribution with 6 classes.
Class Width:
c. Fill in the grouped frequency distribution with 6 classes for the data set.
Class Boundaries
Tally Marks
Frequency
| Relative Frequency
d. List the modal class.
e. Build a stem & leaf plot for the raw data using hundreds as the stem.

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