Most parts in the Eiffel tower are made of copper the world's best known conductor of electricity
Due to the Eiffel Tower's height and the fact that it is made of metal, it is commonly struck by lightning during thunderstorms. However, the Eiffel Tower possesses a very large lightning rod, and so lightning strikes pose little risk to the tower's structure or to human life.
The Eiffel Tower is designed to withstand lightning strikes due to its steel structure and grounding system. When it gets struck by lightning, the electricity is directed safely into the ground through its metal framework, protecting the structure and its occupants. Maintenance checks are usually done after a lightning strike to ensure no damage has occurred.
It is not rare that the Eiffel Tower is struck by lightning. It has very large lightning rods that are grounded and dissipate the charge without major damage.
Eiffel tower
9:20PM
If lightning strikes a tower without a conductor, the tower may sustain damage from the electrical energy passing through it. The lack of a conductor means there is no designated path for the lightning to follow to the ground, increasing the risk of physical damage to the tower structure. Additionally, without a proper grounding system in place, there is a higher risk of electrical and fire hazards occurring.
Nothing, because the C.N Tower is basically a big lightning rod. So the lightning gets attracted to it.
When the Eiffel tower is heated, it expands and becomes wide and taller, but not so much. This will increase the size of the Eiffel tower. It will decrease when it is in Winter.
it lights up
so that when the lightning strikes it makes the lightning not burn the tower.
Yes it did, 3rd June at 9.20pm
Eiffel himself called it 'the 300-metre tower'. Those who opposed its construction referred to it condescendingly as 'La Tour Eiffel'. As often happens, the pejorative name stuck.