Paper whirlybirds with a longer wing length can fly longer because they generate more lift and have a greater surface area to catch air. This increased lift allows them to stay airborne for extended periods, as they can better counteract the force of gravity. Additionally, longer wings can improve stability and reduce drag, enabling a more efficient glide. Overall, the design allows for enhanced performance in the air.
As an aircraft's wing moves through the air at speed the air on top of the wing is forced to follow a longer path than the air moving underneath the wing [due to the spahe of the wing] This reduces air pressure on the upper surface of the wing and creates lift.
A chord of a plane wing is the straight line segment that connects the leading edge (the front) and the trailing edge (the back) of the wing. It represents the width of the wing at a specific cross-section and is a critical measurement in aerodynamics, as it influences the wing's lift and drag characteristics. The chord length can vary along the span of the wing, contributing to different aerodynamic properties across the wing's surface.
A scatter plot would be the best choice for showing the relationship between bird wing length and average flight distance. This type of graph allows you to plot individual data points for wing length on one axis and flight distance on the other, making it easy to visualize any correlation or trend between the two variables. Additionally, a trend line can be added to highlight the relationship further.
a line graph
The independent variable of a paper airplane experiment is the factor that is intentionally changed or manipulated to observe its effect on the airplane's performance. Common examples include the wing design, the weight of the paper, or the folding technique used. By varying these factors, one can assess how they influence flight distance, flight time, or stability.
The wing that has a longer wing cause it could fly longer.
The combination of wing area and plane weight affect a paper airplane's glide ratio and range.
If you reduce wing size the aircraft will take longer distance and will have to attain higher ground speed before lift-off.
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The more aerodynamic it is, the more air underneath the wings, the longer it will stay aloft. The longer it is airborne, the better chances it will fly further.
Yes, the length of a paper airplane's wingspan can affect how far it can fly. A longer wingspan can provide more lift, allowing the plane to stay in the air longer and potentially travel further. However, other factors such as weight distribution and design also play a role in determining how far a paper airplane can fly.
Sort of a wider wing span creates more lift but also creates more drag the shape of the wing is also a factor
What wing design for a paper airplane will soar the farthest
It's the length of the wing. Depends on make.
yes
The large wing usually works depending on what type of paper plane you want.
The large wing usually works depending on what type of paper plane you want.