## News: does the size of a paper airplane affect the distance

Let's experiment with different sizes of paper and discover the answer. The thrower was a 9yr old boy who was throwing each airplane as hard as he could. Simply, cut your A4 paper in half to make two pieces of A5. Ano ang pinakamaliit na kontinente sa mundo? Halve it twice more and you are back to our standard A4 paper. Advertisement. Try changing one variable and re-run the experiment.

Paper Size - Does a large or small airplane fly further?

Simply pick the width (the small dimension) and then multiply this by the aspect ratio to get the height (the long dimension). If the mass is too great, the wings can’t hold the plane in the air. How does this affect the plane's flight?

A successful paper airplane maintains stability during its flight and glides well over a distance.

Build a plane with large wings and a lightweight body for optimal results. Use the smoothest paper possible on your plane to reduce drag, which enables the plane to fly with less friction.

Yale-New Haven Teachers Institute: Paper Airplanes. Throw each size multiple times and record all of your data so we can analyze it later.

how does size affect paper airplanes?

For those people who use A4 paper, it should be pretty easy to find A3 paper, which is twice the size.

The total aerodynamic force is equal to the pressure times the surface area around the body. Very heavy paper, such as poster board, is too heavy and hard to fold. Get out your ruler, because here are the dimensions that you need to measure to turn one piece of paper into three smaller pieces with the same aspect ratio. For example, Jorge and his group noticed a pattern in distance traveled when using different-size paper for their planes: “The size of the paper can affect the distance it travels.” Next, the students identify the claim that was supported by their evidence and circle it on their mini-investigations sheet. 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. What is the time signature of the song Atin Cu Pung Singsing? Why does the size of the wingspan on a paper airplane affect the distance? By cutting this in half you get an A1 paper. You just finished a fun experiment with paper airplanes! You can find this point by balancing the plane on your index finger. From our experiment, it would appear that the smallest airplanes are the worst performers, followed by the largest airplanes. To create a plane that glides long distances, design it with a light wing load. Take your best guess about which size paper airplane will stay aloft the longest.

A paper airplane folded with this paper shape will look different than one folded with regular letter paper.

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. This is certainly the most convenient size of paper, but have you ever wondered if printer paper is the ideal size for a paper airplane? But after it leaves the person hand it will no longer have any thrust and will be come a glider and gradually fall to the ground.

This was her response: "Yes, wingspan will affect flight, however there will be a point where the size of the wingspan will create too much weight and drag to be effective. Lift is generated by the wing of the plane. Now that we know the dimensions of the paper that we use, let's figure out how to make larger and smaller airplanes.

When going for distance, you typically want an airplane that goes fast and straight. We can use this mathematical convenience to make smaller pieces of paper with the same dimensions. If you are feeling impatient, you can try rolling the paper up in the reverse direction than the way it naturally wants to curl. From our lab if the mass of the paper airplane was heavier than It would go farther. Heavy planes with small wings have larger wing loads than light planes with large wings. You'll need one person to operate the stopwatch while another person throws the airplanes. What did your results show?

Try adding a paper clip (or multiple paper clips) to different parts of your paper plane (such as the front, back, middle or wings) and then flying it. Cut in half again and you get an A2 paper. Thrust is the forward motion of the plane this is provide by the person who throws it.

Throw all of your airplanes and measure the distances.

The weight of the paper affects the mass of the paper plane. When designing a paper airplane, changing the size, shape, weight and smoothness of the wing will affect its speed, rate of descent and its ability to glide. So, get some graph paper and draw a blank graph with an x and y axis. In adition the larger the paper airplane the larger its wings can be.

Don't worry, it's easy to make any size of paper with a specific aspect ratio. Thrust is the forward motion of the plane this is provide by the person who throws it.

Paper airplanes are fun and easy to make. If you decided to get some butcher paper, keep in mind that it will be rolled up and the paper will want to stay curled up after you cut a piece to size.

Size is determined by TWO basic measurements; surface area and weight.

How does adding paper clips to a paper airplane affect its flight distance? Who is the longest reigning WWE Champion of all time? These forces are thrust, lift, drag and gravity.

If you have a really long tape measure, you can use that. Like all things that fly, there are 4 forces of fligt that act on a paper airplane, thrust, weight , lift and drag. When you make a paper airplane you probably reach for a regular piece of printer paper.

Paper planes usually have one main wing. Generally gravity pulls the plane down towards the earth. You'll need to flatten it out first. Will that give us different results?

One way to do this is to lay the paper flat with some heavy items on the corner and let it sit for awhile.

The regular size 8.5 x 11 inch paper came in a close second. A heavier wing load enables a plane to glide faster, which means it will also descend faster than a plane with a lighter wing load.

The larger the wings the greater the ability to generate lift.

A different style of airplane may produce totally different results. Watching it float and glide through air gives you great satisfaction. Very light paper, such as tracing paper, is too frail. Just cut along the lines. The plane will be unstable, fly slower and crash with a center of mass behind the neutral point. Finally, the weight of the paper plane affects its flight and brings it to a landing.

You could repeat this experiment with a few different designs and see if you reach the same conclusion. Answer Save. The size and shape of its wings, particularly the main wing, affects its performance. Some of these can be intuitively understood, but some may require experimentation to reach a conclusion. A high ratio of lift to drag enables a plane to fly well. When making different sizes of paper airplanes, we need to be consistent and use paper that has the same aspect ratio, otherwise the designs won't come out the same when you fold them.

For each throw, plot a dot on the graph. Drag is the air pushing against the play, it slows the plane down and is responsible for the planes landing. Lift is the movement of air around the plane that keeps it in the air. Anonymous.

A successful paper airplane maintains stability during its flight and glides well over a distance. A3 and A2 paper is already the correct aspect ratio, so no cutting is necessary.

Maybe a smaller piece of paper would make a lighter airplane that floats better. Experiment with different weights of paper using the same plane design to find the optimal weight. As with the distance experiment, throw all of your paper airplanes in a consistent manner (Same direction, same angle, same speed, etc). Don't want to measure all that? This graph shows our results from conducting a distance experiment with a Basic Dart outdoors with a light breeze. Favorite Answer.