The correct answer is option C: It pulls forward.

Explanation:
When the wind is strong, the kite pulls forward due to the force of the wind pushing against it. This happens because of the way kites are designed and the principles of aerodynamics.

A kite is made up of a lightweight frame covered with a thin, flexible material, such as paper or fabric. The shape of the kite and its tail help it to catch the wind and stay aloft. When the wind blows against the kite, it creates an upward force called lift that counteracts the force of gravity and keeps the kite in the air.

When the wind is strong, it exerts more force on the kite. This force is transferred through the kite's frame and pulls it forward. The tail of the kite helps to stabilize it and prevent it from spinning or flipping over. The person flying the kite can control its direction and speed by pulling on the string attached to the kite's bridle.

As the wind gets stronger, the force pulling the kite forward increases. This can make it more challenging to control the kite, especially if the wind is gusty or turbulent. The person flying the kite may need to adjust the tension on the string or change the angle at which the kite is flying to maintain control.

It's important to note that while a strong wind can make a kite pull forward, there are limits to how much wind a kite can handle. If the wind becomes too strong, the force on the kite can become too great, and it may become difficult or even dangerous to fly. In such cases, it is advisable to bring the kite down and wait for the wind to calm down before flying again.