Period+1+Group+6

= ﻿ ﻿Project Report Nick, Jake, and Brian. = Stays in the air the longest. Are question is what design will be the most areodynamic and fly the L O N G E S T? ||  || (1)Long tails give stabilitly (2) A paper airplane in space will not fly (3) Humidity can effect the flight of the plane (4) Paper planes have been around for many years (5) Paper airplanes have to have good || Notes: ( areodynamics.1) Long tails give stabilitly (2) A paper airplane in space will not fly (3) Humidity can effect the flight of the plane (4) Paper planes have been around for many years (5) Paper airplanes have to have good
 * **Task to be completed** || **Date, student comments, answers to questions and results of task.** ||
 * **Lesson 1:** It's an important process because you have use it to answer questions find out data.
 * **Lesson 2:** The variable were going to be testing is how the folds affect how long the plane flys for.

My hypothesis is that if the folds are correct and the weight is right the paper plane will fly for a good amount of time. || Choose three planes and complete five trials for each plane. Collect the data for each trial. Complete the Google form (Result Entry Form) with your results One member of the group should be responsible for filming a student explaining the hypothesis being tested, the actual flight trials or post-flight results. ||  ||
 * **Lesson 3:** The independent variable is how long the plane will stay in the air for. The dependent variable || [[image:P1G6_Density.jpg width="382" height="409"]] ||
 * **Lesson 4:** Trials
 * **Lesson 5:** Graph your results and post your video to the wiki. ||  ||
 * **Lesson 6:** Compare your results with those of other students. ||  ||