Subject #Biceps EMG (% of max)Triceps EMG (% of max)16.17 216.16.6 3114.9 411.47.4 515.84.5 Average12.086.08 STD Dev4.1045097151.298845641 During elbow flexion (= biceps curl) with increasing amounts of weight, EMG activity in the biceps will increase, but triceps EMG activity will remain the same.GIven this data and this hypothesis, should I do a bar graph or a line graph??

Name: Subject #Biceps EMG (% of max)Triceps EMG (% of max)16.17 216.16.6 311
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Description: Subject #Biceps EMG (% of max)Triceps EMG (% of max)16.17 216.16.6 3114.9 411.47.4 515.84.5 Average12.086.08 STD Dev4.1045097151.298845641 During elbow flexion (= biceps curl) with increasing amounts of weight, EMG activity in the biceps will in

Variables Biceps EMG (% of max) - Continuous Variable Triceps EMG (% of max) - Continuous Variable

Answered: During elbow flexion (= biceps curl)…

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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Subject #	Biceps EMG (% of max)	Triceps EMG (% of max)
1	6.1	7
2	16.1	6.6
3	11	4.9
4	11.4	7.4
5	15.8	4.5
Average	12.08	6.08
STD Dev	4.104509715	1.298845641

During elbow flexion (= biceps curl) with increasing amounts of weight, EMG activity in the biceps will increase, but triceps EMG activity will remain the same.

GIven this data and this hypothesis, should I do a bar graph or a line graph??

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