Like 300 tons
I think it represents how liberty will be fair and not discriminate by color, weight, gender, etc...
Weight of copper used in Statue: 179,200 pounds (81,300 kilograms) Weight of steel used in Statue: 250,000 pounds (113,400 kilograms) Total weight of Statue: 450,000 pounds (225 tons) Length of nose: 4' 6" ( l.48m)
She weights 225 tons, so I would guess a ship or oil tanker would be about the same weight.
225 tons450,000 pounds which is 225 tons, including the copper and framing.
151ft, 1 inch tall to the head of the statue, but too the torch it is 305ft 1 inch tall.Weight of copper used in statue: 100 tonsWeight of steel used in statue: 125 tonsTotal weight used in statue: 225 tons
in a womans shoes size it is 879
The Statue of Liberty is made of copper supported by an iron skeleton. "179,200 pounds (81,300 kilograms) of copper was used in Statue. 250,000 pounds (113,400 kilograms) of iron. Total weight of the Statue is 450,000 pounds (225 tons). The thickness of Copper sheeting is 3/32 inch (2.37mm), about the thickness of a penny. "
Chewing Gum... I think
there is not nearly enough information provided to answer your question. it isn't important that it is a tank or that it is a water tank. what is important is the thickness of the concrete, the shape it makes, the amount and location of reinforcing steel inside the concrete, the type of concrete, the foundation and the soil the foundation is on, how high in the air the top of this tank is (has repercussions for seismic areas), etc.
France didn't build the statue of liberty until they got to the USA because they had to ship pieces of the statue on different boats because of the weight and size of the statue; if they had built the whole statue and put it on one boat the boat would have sunk.
Certainly, but only if your foundation is built sturdy enough for the weight. I just visited the custom home of a nationally recognized building inspector; his home has stamped, pebbled, stained concrete throughout the upper story.
Floating slab is a type of mat foundation. It consists of a hollow mat formed by a grid of thick reinforced concrete walls between two thick reinforced concrete slabs. The weight of the soil excavated from the ground is equal to the weight of the entire building, so that pressure on the soil is unchanged from the original condition, making the building float on the soil