Puppy+Poptarts



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// Design an airplane that returns the best results when tested for accuracy, distance and time aloft. //

Plane #1
//<up//

**Results**
//To calculate the average of each category, add each trial and divide the sum by 3.//
 * || ** Accuracy ** || ** Distance ** || ** Time Aloft ** ||
 * **Trial #1** || 100% || 18 1/2 ft. || 4.40 sec. ||
 * **Trial #2** || 75% || 17 ft. || 1.27 sec. ||
 * **Trial #3** || 75% || 14 ft. || 2.60 sec. ||
 * ** Total ** || 3 || 49.5 ft. || 8.27 sec. ||
 * ** Average ** || 83 1/3% || 16.5 ft. || 2.75 sec. ||

**Results**
//To calculate the average of each category, add each trial and divide the sum by 3.//
 * || ** Accuracy ** || ** Distance ** || ** Time Aloft ** ||
 * **Trial #1** || 100% || 20 ft. || 2 sec. ||
 * **Trial #2** || 0% || 15 ft. || 1.52 sec. ||
 * **Trial #3** || 100% || 19 ft. || 1.75 sec. ||
 * ** Total ** || 3 || 54 ft. || 5.27 sec. ||
 * ** Average ** || 66.6% || 18 ft. || 1.75 sec. ||

[[image:podcast.jpg width="64" height="64"]] Consider, Discuss & Hypothesize:

 * **Yes, we are going to flick our wrists instead of pushing the plane.**
 * **Our plane will be more aerodynamic and it will be lighter. We need a new shape. Strength of how you should throw.**
 * **Yes, the planes were flat so, they stayed in the air and glided more.**

Iterate :

 * Design a new plane**

Plane #3


//To calculate the average of each category, add each trial and divide the sum by 3.//
 * Results**
 * || ** Accuracy ** || ** Distance ** || ** Time Aloft ** ||
 * **Trial #1** || 75% || 20 ft. || 3.48 sec. ||
 * **Trial #2** || 100% || 18 ft. || 2.75 sec. ||
 * **Trial #3** || 75% || 24 ft. || 1.45 sec. ||
 * ** Total ** || 250% || 62 ft. || 7.68 sec. ||
 * ** Average ** || 83.3% || 20.6 ft. || 2.56 sec. ||

Reflect:

 * What iterations did you make to your designs?**

media type="file" key="PPTQuestions.m4a" width="300" height="50"
 * How did these changes influence your results?**

Internet Research : paper airplane design

 * Please list resources & ideas gathered below:**
 * 1) http://www.paperairplanes.co.uk/rapier.php

Iterate :

 * Design a new plane**

Plane #4


//To calculate the average of each category, add each trial and divide the sum by 3.//
 * Results**
 * || ** Accuracy ** || ** Distance ** || ** Time Aloft ** ||
 * **Trial #1** || 75% || 16 ft. || 1.58 sec. ||
 * **Trial #2** || 75% || 16 ft. || .98 sec. ||
 * **Trial #3** || 75% || 12 ft. || 1.58 sec. ||
 * ** Total ** || 225% || 44 ft. || 4.14 sec. ||
 * ** Average ** || 75% || 14.6 ft. || 1.38 sec. ||

[[image:podcast.jpg width="64" height="64"]] Reflect
media type="file" key="PPTPlane.m4v" width="300" height="300" media type="file" key="PPTQuestions.m4a" width="300" height="50"=
 * **We made it thicker again and we made it more compact.**
 * **Our plane was worse.**

[[image:podcast.jpg width="64" height="64"]] Mining the Process:
Please consider & discuss the following with your team. Record your discussion in GarageBand and add images to support your discussion.


 * ===**Team, Design or Technical Challenges:**===
 * ===**Strategies we tried for working through these challenges:**===
 * ===**Wrong Turns:**===
 * ===**New/Remaining Questions:**===