Modern readers are strongly advised against attempting to recreate the experiment, as venturing outside during a lightning storm can be fatal.Īrmed with the knowledge gleaned from his electrical experiments, Franklin sought to harness the power of electricity and use it to protect people and buildings from lightning strikes. ![]() This revelation allowed him to establish a connection between lightning and electricity, paving the way for further electrical discoveries.Īlthough Franklin's kite experiment proved to be a significant milestone in our understanding of electricity, it is important to remember that it was an incredibly risky endeavor. This seemingly simple act would ultimately help to establish a crucial connection between lightning and electricity, opening the door to numerous future discoveries and advancements in the field.Īt the heart of Franklin's legendary kite experiment was a singular goal: to demonstrate that lightning is a type of electricity.īy flying a kite in a rainstorm and attaching a metal key to the bottom, he hoped to examine the electrical charges in the storm clouds and prove that they were similar to the sparks created by static electricity.Īs Franklin watched the electrical sparks emerge from the key, he realized that they bore a striking resemblance to those produced when rubbing two pieces of amber together. ![]() In the year 1752, Benjamin Franklin conducted what would become his most well-known experiment-flying a kite into a thunderstorm to demonstrate that lightning is a type of electricity.
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