BME100 f2014:Group2 L3

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Owwnotebook icon.png BME 100 Fall 2014 Home
Lab Write-Up 1 | Lab Write-Up 2 | Lab Write-Up 3
Lab Write-Up 4 | Lab Write-Up 5 | Lab Write-Up 6
Course Logistics For Instructors
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Name: Victoria Bowman
Name: Andre Dang
Name: Chandler Heaton
Name: Jordan Shinn
Name: Abigail Weiss
Name: Alena Zapata


Descriptive Statistics

Descriptive Statistics of Temperature

Descriptive Statistics of Heart Rate


Graph for Temperature

Heart Rate:
Graph for Heart Rate


Temperature T-Test
A t-test was performed on the temperature data because the data compares two groups. The t-test produced a p-value of 6.35029712031846E-246 which is less than 0.05. Therefore, there is a significant difference between the Gold Standard temperature and the Spree temperature. The Pearson's R value was -0.0250085429536513. Since the Pearson's R value was nearly zero, there is no correlation in the data.

Heart Rate:
Heart Rate T-Test
A t-test was performed on the heart rate data because the data compares two groups. The t-test produced a p-value of 0.494860469 which is greater than 0.05. Thus, there is no significant difference between the gold standard heart rate and the Spree heart rate. The Person's R value was 0.897446. The Person's R value is close to one, so there is a positive correlation in the data.


Based off the data collected when comparing the Spree headband to the gold standard of a blood pressure monitor and thermometer, the Spree headband does not work effectively. Although there was not a significant difference between the Spree blood pressure readings and that from the blood pressure monitor, there was a significant differences in the temperature readings from the Spree headband and the thermometer. This significant difference is a result of several design flaws in the headband; such as the inability to effectively secure the device to the user and the inability of the device to distinguish the temperature from the surroundings to that of the user.


Target Population and Need

The target population of the fit pill is people interested in fitness and people interested in losing weight. This is the target population because the device monitors calories in and calories out, which will help people attempting to lose weight monitor their calories. The device also measures body fat percentage which aids people in the tracking of their fitness progress. The need is for a fitness based body monitoring device which does not interfere with the workout, unlike a headband or wristband. The need is also for an accurate device, and the fit pill provides a more accurate measurement since it the device measures within the body. Lastly, the need is for a user friendly app which tracks a person's fitness progress and provides the person with an easy to read report, which the fit pill does.

Device Design

Media:Fit_Pill_Design_(2).PDF Media:Fit_Pill_Design_(1).PDF

Inferential Statistics

Caloric Input Data Set

Group2 Lab3B CIData.png

Caloric Input Inferential Statistics

Group2 Lab3B CIS.png

Caloric Output Data Set

Caloric Output Data Set.png

Caloric Output Inferential Statistics

Caloric Output Inferential Statistics.png

Body Fat Percentage Data Set

BME 100 G2 Body Fat Percentage.png

Body Fat Percentage Inferential Statistics

BME 100 G2 Inferential Statistics.png


Caloric Input Graph

Group2 Lab3B CIG.png

Caloric Output Graph

Caloric Output Graph.png

Body Fat Percentage Graph

BME 100 G2 BFP Graph.png