One Quantitative Variable, Single Group Variable name: Temperature nput: Raw data nput data separated by commas or spaces. Data: 32 36 29 34 31 33 27 34 Begin analysis Edit inputs Reset everything Graph Distribution Graph type: Dotplot Show boxplot 27 -28 29 30 32 Temperature 31 33 34 35 36

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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What is the smallest value? What is the largest value? What is the range?

One Quantitative Variable, Single Group
Variable name: Temperature
Input: Raw data
Input data separated by commas or spaces.
Data: 32 36 29 34 31 33 27 34
Begin analysis Edit inputs Reset everything
Graph Distribution
Graph type: [Dotplot
Show boxplot
우
27
28
29
Export summary statistics
Perform Inference
T
30
O
31
Summary Statistics
n mean SD min Q1 med Q3 max
8 32 2.928 27 30 32.5 34 36
T
32
Temperature
of
33
T
34
T
35
●
Number of samples to add:
The applet will graph all of your results until you hit "Reset simulation."
Add samples Reset simulation
36
Inference procedure: [Simulate mean difference
Applet assumes data values are differences from paired data. This procedure simulates the distribution of the mean difference when randomly shuffling the outcomes within each
pair and calculating the difference for each pair.
Adjust color, rounding, and percent/proportion preferences | Back to menu
Transcribed Image Text:One Quantitative Variable, Single Group Variable name: Temperature Input: Raw data Input data separated by commas or spaces. Data: 32 36 29 34 31 33 27 34 Begin analysis Edit inputs Reset everything Graph Distribution Graph type: [Dotplot Show boxplot 우 27 28 29 Export summary statistics Perform Inference T 30 O 31 Summary Statistics n mean SD min Q1 med Q3 max 8 32 2.928 27 30 32.5 34 36 T 32 Temperature of 33 T 34 T 35 ● Number of samples to add: The applet will graph all of your results until you hit "Reset simulation." Add samples Reset simulation 36 Inference procedure: [Simulate mean difference Applet assumes data values are differences from paired data. This procedure simulates the distribution of the mean difference when randomly shuffling the outcomes within each pair and calculating the difference for each pair. Adjust color, rounding, and percent/proportion preferences | Back to menu
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