The tower was intended by Eiffel to be 300 meters high, or 984 feet (about 90 storeys); it is 328 feet wide at its base. The actual height of the tower on April 29, 1889, was found to be 320 metres (1050 feet) by Royal Engineers taking an official measurement.
Including antennae, the structure stands 469 feet (140 metres) tall. It is the tallest free-standing metal structure in the world. A single elevator takes about 7 minutes to travel between the first floor and the top of the tower.
Its total weight is 18,000 tons, which makes it the largest wrought-iron structure in the world. The tower took more than 3 years to build at a cost of $40 million ($ today). It was inaugurated on July 14, 1889, in the presence of hundreds of thousands of people. The opening ceremony was followed by an exhibition of paintings, photographs, and sculptures from all over the world.
In 1919, during World War I, the Germans blew up the second floor with munitions from the war. In 1987, the French government decided to destroy the remaining parts of the second floor because they were in danger of collapsing.
Today, visitors enter the tower through the first floor.
The tower stands 324 meters (1,063 feet) tall, roughly the same as an 81-story skyscraper and is the highest structure in Paris. It has a square foundation that measures 125 metres (410 feet) on each side. The Eiffel Tower.
|The Eiffel Tower|
|Architectural||300 m (984 ft)|
|Tip||324 m (1,063 ft)|
|Top floor||276 m (906 ft)|
So we'll check at the first decimal place and determine if we need to round up. Meters are the units of measurement we're using. So, based on the facts provided, we may estimate the height of the Eiffel Tower to be 320 meters. This means that it's approximately 93 feet high.
There are actually two main parts to the Eiffel Tower: the iron skeleton and the glass elevators. The height of the iron skeleton alone is estimated to be 300 meters, while the height including the glass elevator shafts is estimated to be 320 meters.
The iron skeleton of the Eiffel Tower was designed by Gustave Eiffel and built by Fabre & Cie. It consists of a steel frame with horizontal bars and vertical rods attached to them in alternating patterns to form a grid shape. The tower is anchored to the ground via many concrete piles. The height of the iron skeleton has been greatly exaggerated by news articles over the years - originally it was reported to be nearly 100 stories tall! That's more than twice as high as this year's tallest building, which is only about 40 stories tall. But the truth is that it's less than 50 meters high.
The glass elevator shafts are part of the structure but not the actual elevator itself. They were designed by Joseph Bouchard and made by Vignoles et Cie.
In comparison, the Eiffel Tower, which is not a structure, is 320m taller than the Shard, and its observation deck is likewise 31m (100 feet) higher than the Shard's at 276m... The Shard is also thinner at its base than is the Eiffel Tower.
Shard vs Eiffel Tower facts complete your knowledge about these two famous buildings. For more information on the Shard, read our article: http://www? factfinder.com/facts/en/shard-vs-eiffel-tower.html.
With a height of over 320 meters and a weight of 10,100 tons, the Eiffel Tower serves as both a landmark, recognized across the globe as the symbol of Paris, and a magnificent example of material construction, characteristics, and performance. It is the most visible element of a worldwide phenomenon called Le Tour de France, which has been ridden by over 200 people from 25 countries.
The tower was built by French engineer Gustave Eiffel for the 1889 World's Fair. After the exhibition ended, Louis-Phillipe, the king of France, granted the builder a lifetime concession to maintain the structure. The Eiffel Tower is visited by more than 50 million people a year and its appearance has become symbolic of Paris itself.
It was during this maintenance work that engineers at the École Polytechnique school in Paris discovered that steel weighs nearly twice as much as previously thought. The new knowledge enabled them to build bridges and buildings with thinner walls and lighter floors. The Eiffel Tower is an excellent example of engineering genius combined with industry innovation to produce one of the world's most famous landmarks. Its weight has been estimated at between 40,000 and 50,000 tonnes (88,000 and 110,000 lb).
In 1955, the French government decided to replace the original electrical system of the tower with one based on radio transmission.