# does the size of a paper airplane affect the distance

If you look in art supply stores you can find drawing paper as large as 18 x 24 inches which you'll need to cut to the correct aspect ratio. Thus, the weight of the paper used is one reason which affects the distance covered by the paper planes. The best throw of the 4.4 inch airplane was better than the worst throw of the 6.6 inch airplane, but the average throw of each was the opposite. You could repeat this experiment with a few different designs and see if you reach the same conclusion. From our experiment, it would appear that the smallest airplanes are the worst performers, followed by the largest airplanes. A slightly smaller airplane seems to go further. Paper airplanes are fun and easy to make. So, get some graph paper and draw a blank graph with an x and y axis. For a paper plane to fly far, the lift should be equal to or greater than the weight of the plane. Keep in mind that each paper airplane design is different and may require different variables to maximize it's performance. This time, we aren't going for distance so we won't be using a measuring tape or string to collect the data. If the mass is too great, the wings can’t hold the plane in the air. We are going to do this by plotting the results on a graph. Will that give us different results? To create a plane that glides long distances, design it with a light wing load. Be consistent with your throws. Westry Mallory Hypothesis If we cut the paper airplane in half, then it will go further because it will have less weight to carry Data procedures We need paper and scissors we will cut the paper in half and Indoor areas like gyms are preferable because there won't be any wind, but you can run the experiment outdoors if the wind isn't too gusty. Throw each size multiple times and record all of your data so we can analyze it later. Weight is how much gravity affects the plane. The red dot is the one we just drew. A wing with a slight bend, or camber, to its shape will outperform a flat wing in terms of its lift/drag ratio. We need a way to measure large distances. Make the most of the opportunity by changing several variables of plane design involving mass to produce the best paper airplane design. We'll learn how to analyze our results a little later, but first lets try another experiment. A high ratio of lift to drag enables a plane to fly well. Copyright © 2020 Multiply Media, LLC. Strauch holds a Master of Arts in speech/broadcast journalism from Bob Jones University, where she also served on the faculty of the radio/TV department. These forces are thrust, lift, drag and gravity. What what allows it to glide through the air? The longer lift is generated the further the paper airplaine will glide. If you happen to use Letter Paper, it's not so easy. Just cut along the lines. One of the ways paper is classified is by weight in pounds, with higher numbers indicating thicker, heavier paper. In adition the larger the paper airplane the larger its wings can be. How does adding paper clips to a paper airplane affect its flight distance? A smooth surface on a plane results in less air resistance, and thus less drag. If you haven't done it yet, we encourage you to try it yourself! Air must attach to the wing for the plane to achieve lift. If you want even larger paper than this, you'll need to find a roll of butcher paper which comes in sizes up to 36 inches or 1 meter on the short side. Generally gravity pulls the plane down towards the earth. Compare designs of paper planes with larger wing loads and lower wing loads. Our hypothesis is that regular printer paper is not the perfect size for making paper airplanes that fly the furthest. Take your best guess about which size paper airplane will stay aloft the longest. What did your results show? A paper airplane folded with this paper shape will look different than one folded with regular letter paper. We recommend the Stealth Glider because it glides consistently without much adjustment. How Does the Design of a Paper Airplane Affect Its Flight? The larger the paper airplane the more it will weigh, the more it weighs the more lift will be needed to keep it flying. This means that A4 paper is slightly taller and skinnier than letter paper. Advertisement. Eventually weight will become greater than lift and the paper airplane will decend to the ground. Simply, cut your A4 paper in half to make two pieces of A5. Question Analyze Data According to my data, I can see that the three different modeled paper airplanes had different average distances, meaning that all the paper airplanes traveled at Now that we have some paper airplanes of various sizes, lets experiment! For those people who use A4 paper, it should be pretty easy to find A3 paper, which is twice the size.