The two forces that act on a kite are lift, generated by the wind pushing against the kite's surface and gravity, which pulls the kite downward toward the ground.
no your wrong the force of the wind must be greater than the force of gravity
The main forces acting on a kite are tension in the string or line that holds the kite in the air and aerodynamic forces such as lift and drag from the wind. Gravity also acts on the kite, pulling it downward.
No. When two forces act in the same direction, they can be added together. It is only when two identical forces act in opposite directions that they cancel each other out.
Two forces that act on an object in water are buoyant force, which pushes the object upwards, and gravity, which pulls the object downwards.
To calculate the net force when multiple forces act in the same direction, simply add the magnitudes of the individual forces together. The direction of the net force remains the same as the original forces.
no your wrong the force of the wind must be greater than the force of gravity
Wind forces act, for the most part, horizontally. Kites are shaped like miniature parachutes - they capture the wind, and due to the shape of the kite, they are forced upward. the combined forces along with the string keep the kite in it's place.
The main forces acting on a kite are tension in the string or line that holds the kite in the air and aerodynamic forces such as lift and drag from the wind. Gravity also acts on the kite, pulling it downward.
The aerodynamics of a kite involve the interaction between the kite and the wind. When wind flows over the kite's surface, it generates lift due to the difference in pressure between the upper and lower surfaces, similar to an airplane wing. The design, shape, and angle of the kite, known as the angle of attack, influence how effectively it can harness the wind. Additionally, drag forces act against the kite's motion, and a well-designed kite balances lift and drag to maintain stable flight.
Kites fly by harnessing the lift force generated by the wind as it flows over the kite's surface. The shape and angle of the kite help create lift, while the tail helps stabilize and steer the kite. Gravity acts downward counteracting the lift force, and tension in the string keeps the kite connected to the flyer.
Several forces work against a kite's flight, primarily gravity, drag, and tension. Gravity pulls the kite downward, while drag, caused by air resistance, opposes its forward motion. Tension in the kite string also plays a role, as it can either help lift the kite or limit its altitude depending on the angle and strength of the pull. Together, these forces must be balanced for the kite to achieve stable flight.
Some forces act at a distance and thus do not require direct contact between objects. Examples include gravitational and electromagnetic forces. These forces can influence objects without physical contact due to their field-like nature.
light and water
vector sum of the two forces.
The kite should have considerble weight to support viscous and bouyoant forces and the stick frame should have high density.
No. When two forces act in the same direction, they can be added together. It is only when two identical forces act in opposite directions that they cancel each other out.
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