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The purpose of my investigation is to determine if the weight of paper a paper airplane is created out of affects the distance it flies. This is important because if I wanted a paper airplane to carry something or to free fly, I would know what resource to use.
Purpose
I hypothesize that the weight
of paper used to make a
paper airplane will affect how
far it flies . I think that
because construction paper is
heavy. The plane made of
construction paper will not fly
the farthest distance across
the measurement.
Lets Find Out…
Hypothesis
Variable
*Manipulated Variable -Type Of Paper
*Responding variable - Flight Distance
*Constant Variables - The Design and The Person Throwing The Airplane
1.Gather Materials2.Mark Start With Visible Tape
3.Weigh each type of paper. Record Weight.4.Construct One Plane From Tin Foil
5.Fly The Plane. Record Distance6.Reapeat Step 5 Four More times
7.Repeat Steps 4-6 Using Newspaper8.Repeat Steps 4-6 Using Loose Leaf Paper
9.Repeat Steps 4-6 Using Construction Paper10.Repeat Steps 4-6 Using Copy Paper
DIRECTIONS
Data
FLIGHT DISTANCE (cm)
TYPE OF PAPER TRIAL 1 TRIAL 2 TRIAL 3 TRIAL 4 TRIAL 5 AVERAGE
TIN FOIL 797 Cm 740 Cm 1190 Cm 495 Cm 525 Cm 749.4
CONSTRUCTIONPAPER
690 Cm 1030 Cm 1135 Cm 544 Cm 635 Cm 586.8
LOOSE LEAF 950 Cm 1080 Cm 787 Cm 1262 Cm 1105 Cm 1036.8
ConclusionMy hypothesis was correct. The weight of paper used to make a paper airplane does affect how the plane flies. The average flight distance of the tinfoil plane was 749.4 cm. The average distance of the construction paper airplane was 586.8 cm. The average of the loose leaf paper was 1036.8. If I could change something I previously had done I would use high tech robots to build my planes so they could be very precise and would all be the exact same model. The other thing I would do is use more trials and more resources .