The tail causes drag and keeps the kite stable. By pulling down, on the part of the kite it is attached to, it keeps it orientated upright and more stable.
The longer the tail, the more drag. A short tail, may not be enough in a strong wind to stabilise the kite. A tail that is too long, may cause difficulties in getting it off the ground in a light wind.
The line is thin so it makes light so the kite can go high.
A tail will steady a kite, help stop it from darting around. The longer the tail the more a kite will sit in one place.
Yes - the tail adds stability. Without it - the kite would just spin. The tail makes the bottom of the kite slightly heavier so it flies vertically.
The length of a kite's tail affects its stability and control during flight. A longer tail can provide additional drag, helping to stabilize the kite and prevent it from spinning or diving. However, if the tail is too long, it may create excessive drag and hinder the kite's ability to gain altitude. Conversely, a shorter tail can increase maneuverability but may compromise stability, especially in gusty winds.
The tail causes drag and keeps the kite stable. By pulling down, on the part of the kite it is attached to, it keeps it orientated upright and more stable.The longer the tail, the more drag. A short tail, may not be enough in a strong wind to stabilise the kite. A tail that is too long, may cause difficulties in getting it off the ground in a light wind.
The line is thin so it makes light so the kite can go high.
The line is thin so it makes light so the kite can go high.
The line is thin so it makes light so the kite can go high.
A tail will steady a kite, help stop it from darting around. The longer the tail the more a kite will sit in one place.
Yes - the tail adds stability. Without it - the kite would just spin. The tail makes the bottom of the kite slightly heavier so it flies vertically.
The length of a kite's tail affects its stability and control during flight. A longer tail can provide additional drag, helping to stabilize the kite and prevent it from spinning or diving. However, if the tail is too long, it may create excessive drag and hinder the kite's ability to gain altitude. Conversely, a shorter tail can increase maneuverability but may compromise stability, especially in gusty winds.
We've got the following: x - length of kite's body x + 18 - length of kite's tail x + x + 18 = 32 -> total length of kite plus its tail 2x + 18 = 32 2x = 14 x = 7 -> length of kite's body x + 18 = 25 -> length of kite's tail
The tail causes drag and keeps the kite stable. By pulling down, on the part of the kite it is attached to, it keeps it orientated upright and more stable.The longer the tail, the more drag. A short tail, may not be enough in a strong wind to stabilise the kite. A tail that is too long, may cause difficulties in getting it off the ground in a light wind.
A longer tail on a kite helps stabilize and balance it in flight by acting as a counterbalance to the kite's pull. The tail also provides drag, which prevents the kite from spinning and helps control its direction. However, too much tail can make the kite fly slower and decrease its maneuverability.
The tail causes drag and keeps the kite stable. By pulling down, on the part of the kite it is attached to, it keeps it orientated upright and more stable.The longer the tail, the more drag. A short tail, may not be enough in a strong wind to stabilise the kite. A tail that is too long, may cause difficulties in getting it off the ground in a light wind.
A kite typically flies better with a longer tail, as it provides more stability and helps to balance the kite in the wind, reducing wobbling. A short tail may not offer enough stability, leading to erratic flight patterns. However, the optimal tail length can vary depending on the kite's design and the wind conditions. Ultimately, the right tail length enhances the kite's performance and altitude.
25 feet