Some kite strings are conductive if they are made of materials that conduct electricity, such as metal-coated strings. However, most typical kite strings made of paper or fabric are not conductive. It's important to check the materials used in the kite string to determine if it is conductive.
The most likely answers are that the string presented enough resistance to reduce the current to a very low level, and his kite was not actually struck by lightning but was still draining some of the charge built up in the cloud.
To make a simple delta kite, you will need materials such as a lightweight and durable fabric (like ripstop nylon), two wooden dowels for the frame, kite string, and adhesive tape or glue. Additional supplies may include markers for decorating the kite, scissors, and a ruler for accurate measurements.
Benjamin Franklin's kite experiment helped scientists understand the principles of electricity. In 1752, Franklin flew a kite during a thunderstorm and observed the transfer of electrical charge from the lightning bolt to the metal key on the kite string, demonstrating the connection between lightning and electricity.
Flying a kite near a pylon is dangerous because the kite string can conduct electricity from the power lines, leading to electric shock or injury. Additionally, the kite may get entangled in the power lines, causing damage to the lines and potential power outages. It's best to fly kites in open, clear areas away from any overhead power lines.
Flying a kite close to electricity wires can cause an electric shock because the kite and its string can conduct electricity from the wires to the person holding it. This can happen if the kite touches the wires, creating a path for electricity to flow through. It is important to maintain a safe distance from power lines to avoid the risk of electric shock.
A kite string is a string which connects a kite to the person flying it. The string not only prevents the kite from flying away but actually keeps it flying by assuring that it does not turn from 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.
The kite was invented by the Chinese; Ben Franklin used the kite instead of using conductive rods to avoid danger. Ben strung up a key to the kite and the string used on the kite is kept dry to act as an insulator so that Ben will be less electrocuted while standing on the ground.
Kite string comes on wooden dowels, about half an inch to an inch in diameter, with the string wrapped around the dowel. One end of the string is attached to the kite, while the other end is attached to the dowel that you hold while flying the kite. The dowel allows you to easily release more string to let the kite go higher, or to reel the kite back in to you.
A Kite.
43.3
It's a kite.
strongly
strongly
The kite had nothing to do with the revolution.
the kite
I think that it depends on how long is your kite string is .