Weight Distribution Of Paper Air Lab Report

There are many approaches to this problem. The most common method is creating a separate air chamber using an empty soda bottle. A weight drops on this bottle to exert air pressure. This air pressure is then used to launch a projectile, adjusting the height of the weight as needed. Although easy, this method is too imprecise and will yield inaccurate results. To begin, it is needed to learn about how air pressure is created and the best way to achieve it. After

This project is designed to test how drag affects the speed, and distance of a paper airplane. How does drag affect the speed, and distance of an airplane? This is important because it might help with fuel usage with airplanes. Other people would want to know about it because it could help with fuel usage on airplanes. The more drag a paper airplane has the slower it will go and it will go, and not as far. To do this I will need to understand drag speed and aerodynamics.

In conclusion, the purpose of this lab was to decide if the sizes of the paper helicopters would have an effect on their descent times. One theory was that if the size of the paper rotocopter increases, then their descent time will also increase.To determine the results of this experiment certain procedural steps were followed. Firstly all five of the rotocopter were cut out, and folded on the dotted line, the paperclip was used to hold the flaps on the bottom of the

My paper is about researching about paper airplane weight. My research question is, How does the weight of a paper airplane affect how far it flies? For this project I need 3 different sheets of paper,(Construction paper,Computer paper,Line paper, a notepad, a meter stick and a pencil. I chose this topic because paper airplanes always interested me in how they move and fly. I am also interested in the aerodynamics of the plane and how it can fly and move around with the air under its wings.

One thing I would change about the Paper Airplane project would be the amount of supervision we had to conduct the project. I understand that we all need supervision but we must have space and we must be able to do the project by ourselves. I also would change that instead of doing the average of the best three measurements, we should have averaged all five measurements to get a more in depth result. One last thing I would change about the project would be the Airplane design we had to use. There are much more designs out there that could be much more effective to this type of

In this case, it's how many drops I can get onto a penny without the water spilling off. Controlled Variables: These are things that I keep the same throughout all of the experiments to make sure that my results are actually due to the changes in the independent variable, not some other random change you made. I used the same penny and dropper. Procedure:

Many things can’t be explained, but I have explained a few things that might seem confusing. If distance equals rate times time, than how fast the object is going, and how long the object is staying in the air is key. The machine that works faster and keeps the object in the air longer should be better than the other. Unless there is a difference in the objects, as such as one might be lighter, or float to stay in the air longer. Or if one object is more aerodynamic than the other.

The Supersonic plane was the first paper airplane you made for this project. This plane is compared to the Concorde SST which is a passenger jet. Explain the design of the plane and best way for a successful flight?

My partner and I thought that our airplanes may have not been able to fly far. The reason why, we both thought this was because neither of us knew how to make a paper airplanes. Although we watch youtube videos we still had difficulties in the process of making our paper airplanes. We had a few help in making our paper airplanes; Maylyn’s older brother gave us a good tip in how we should throw our

The purpose of the experiment was used to determine which team created a design that ultimately proved to launch the marshmallow the farthest. What was determined to be true was that the structure that contained the right configuration in producing a high amount of force proved to have the greater amount of displacement of the marshmallow. This proved the group’s hypothesis. However, when the group was compared to other groups conducting the same experiment, the displacement of their marshmallow was the shortest. This was a result of miscommunication between group members that proceed to affect why the group had the lowest measurement of displacement. As mentioned in the research, projectile motion was shown when the marshmallow was launching

A second force that paper airplanes need to overcome is gravity and to do that you need keep your paper airplane's weight to a minimum to avoid gravity pulling your paper airplane down towards the ground. Thrust and lift are two other forces that help your paper airplane have longer flight. Thrust is the forward

Children are truly a blessing and a gift from God, especially the gift that God has given them to create.I remember when my son was six years old when one of his gifts was revealed; he started creating with his hands by making unique designs for paper airplanes. What was so amazing, he would take paper and make the designs that can fly different ways by the shape of the planes. One flew real smooth, and another would fly with a sharp turn, it was truly different and unique. What was so ironic, these same planes would fly the same way all the time because of its shape. He designed at least fifteen different shapes and every plane flew uniquely different.

The car will change its speed when I change the incline of the ramp. I am changing the incline of the ramp to see and how the speed changes.

Many airplanes were made out of metal or iron, but the airplane that the Wright brother made was made out of wood and cloth. When they made it they tried it for the first time it did not

.aerodynamics with paper airplanes is exactly the same as the aerodynamics with a real airplane. There are four crucial things In order for a plane can fly, These are the aerodynamic forces. The four aerodynamics are, Lift, thrust, gravity, and drag. The lift is the force pushing the airplane to make it go up. The thrust is when you are throwing the airplane. Gravity is the force that pulls the plane down. finally, drag is the thrust pushing against the begining thrust slowing the plane down. my hypothesis is, If the tail has two pieces bent down then the plane with fly farther and faster.