nothing when it is in the air but on the ground about 6g
The purpose of a kite tail is to provide stability and balance to the kite while it is flying in the air. The tail helps to prevent the kite from spinning or flipping over by adding drag and weight to the back of the kite.
Yes, gravity affects the flying of a kite by pulling it downward. The tension in the kite string counteracts this force, allowing the kite to remain aloft. The angle of the kite and the wind also play a role in keeping the kite flying.
To cancel the effect of weight, you can utilize a weightless environment such as space where gravitational forces are minimized. Alternatively, you can use buoyancy in water to counteract the effect of weight, as it provides an upward force that opposes gravity.
The Weight Change.
the wind in the sky blow the kite therefore helps the kite go up into the air so the kite can flyA kite flys by the wind blowing beneath the kite wich makes the kite go higher
gravity of a kite is something that pulls the kite down
to balance the weight of the kite against the wind
The answer depends on the string attached to the kite. The kite will reach a point where the weight of the string overcomes the lift the kite is able to achieve.
Three factors affecting how a kite flies are wind speed (a minimum speed is required for lift), the angle of the kite in relation to the wind (known as the angle of attack), and the design of the kite (including its shape, weight, and balance).
The purpose of a kite tail is to provide stability and balance to the kite while it is flying in the air. The tail helps to prevent the kite from spinning or flipping over by adding drag and weight to the back of the kite.
The wind speed. The angle of attack of the kite to the wind. The weight of the kite.
Wind speed, wind direction, line tension, and the weight of the kite are important variables for flying a kite. These factors determine how well the kite will fly and how easy it will be to control.
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, gravity affects the flying of a kite by pulling it downward. The tension in the kite string counteracts this force, allowing the kite to remain aloft. The angle of the kite and the wind also play a role in keeping the kite flying.
The kite should have considerble weight to support viscous and bouyoant forces and the stick frame should have high density.
Weight and area exposed to the wind are key factors in kite design. The greater the effective area facing the wind and the lighter the kite, the less wind you need to get the kite off the ground.
to balance the weight of the kite against the wind