With more surface area on the wings of the paper airplane there will be more air providing lift for the plane. If the mass of the plane is increased less than the surface area of the plane is increased, then the ratio of the force of gravity to force of lift should decrease, theoretically, allowing the plane to stay in the air longer.
There are other significant factors in how long the paper airplane will stay air born. The Launch speed is directly proportional to the amount of air moving over the wings which provides lift. However, the larger the plane and the lighter the material is the more likely the plane will deform at high launch speeds or from launching the plane by holding to far back on the plane during launch, which will make the plain more likely to drop from lack of lift if the plane deforms too much.
Yes. Everything will affect it. Wind speed, throw speed, and everything about the design of the plane. If you are going to have longer wings, it will need more support. If you have wings the shape of a glider (in real life), then they will just flop up and not work. They need to be supported and strong so that they do not bend too much or warp at all.
Yes. A larger airplane may add weight or increase the surface area of the wings or other areas, affecting the amount of lift required, the amount of lift needed, or the amount of drag produced, respectively.
Size may cause the performance aspects of the airplane to vary. Also, to maintain the necessary weight/rigidity characteristics, there are limits to size for pure paper airplanes.
the smaller the airplane is the plane goes farther and the bigger the planes the plane doesnt go farther
Yes.
There is an ideal size for a paper airplane.
As the size increases or decreases from this, the maximum distance travelled will decrease
its cause of paper .
i dont know answer
Because...
yes yes
An airplane's fuselage affects it flight by a lot. It can change its speed, maneuverability, angle of attack, and even its necessary-for-flight wing size.
1) Size of rubber bands 2)Take off height 3)Shape of plane 4)Airplane weight
The size of the paper does affect the distance it travels, but it also makes it heavier.
it is an ERJ-145, which i am quite sure is a very small airplane.
The material of a paper airplane matters. If it is too flimsy, the plane will not be able to keep its shape and will become just another piece of paper thrown in the air. If it is too heavy for its size, it will just fall down and not fly.
the longer a paper air plane gets up until 13in the further it flys.
A little bit less than a train made out of paper, but way more than a boat made out of paper. Of course, the size of the airplane wasn't stated in the question. If it was a really, really BIG paper airplane, it could weigh more than a teeny-tiny paper train. Although, if it was a tiny paper airplane it could weigh less than a HUGE paper boat. I'm pretty sure it would also depend on what kind of paper you use. A construction paper airplane would definitely weigh more than a tissue paper airplane. But one of those airplanes made out of copier paper would weigh about average. I wouldn't reccommend a toilet paper airplane. It would also depend on what kind of plane you were making out of paper. A 747 made out of tar paper is going to completely outweigh a Cessna made out of freezer paper. All in all, I would have to say a medium sized airplane made out of a mid-gauge paper would weigh in at around 3,982 kilograms.
No. Acceleration due to gravity is constant. That's why a hollow lead ball dropped from a height will strike at the same time as solid lead ball of equal dimensions. Whats important is the shape of the glider and the air resistance that it can generate. In a vacuum both would fall at an equal rate.
it depends on the size of the airplane or the size of the monkeys ;)
Yes. The thicker the paper towel the more water it can absorb.
Because the larger/longer the wings are the more lift it recives. And the more lift it recives, the further it goes. I'm an airbus a330 pilot for lufthansa.