I Evolve Infinitely in the Monster World

1,400 Meters, 390 tons. Do you sell foam?

Author, what data do you use? 1400M is only 360t. The blue whale is 30m long and weighs 190t. If the density of this 1400m protagonist is greater than iron, his weight must definitely be more than 1 billion tons. And if you consider that such a behemoth can still move, then the weight of the protagonist cannot be less than a trillion tons. Don't think it's too harsh. A 1km mountain doesn't count its underground part, it's just the surface, so its weight is between 10 million and 20 million tons. Even the density of rock is only 2~3t cubic meters. Note: The height and weight in movies and tokusatsu dramas are pure nonsense. For example, Godzilla is 119m high and 297m long. The weight of Godzilla is 90,000 tons, but after this calculation, Godzilla's density is about the same as water.

Author, what kind of mathematical ability do you have? 1400M only has more than 300 tons. The blue whale (a real-life creature) is about 30m long but weighs more than 190 tons. Let's put it this way, if the protagonist's density is greater than iron, then his weight should be more than 1 billion tons. If the protagonist is not a statue that can move, then the basic unit of the protagonist's weight is definitely in trillions of tons. It should be hundreds of billions of tons or trillions of tons, and the protagonist must have an anti-gravity organ in his body, otherwise he won't be able to run. The source of this data is that there are more than 10 million tons in 1km of mountains. The density of soil is 1.2~2.2 Tons per cubic meter, and the density of iron is 7.86T per cubic meter. The density of tungsten metal is 19.32T per cubic meter. It's impossible for the protagonist to be inferior to ordinary metal, right? The previous 1 billion t mainly refers to the fact that the density of the protagonist's body cannot be lower than these metals. The next few hundred to tens of billions of tons mainly consider the strength required for the protagonist to be able to run and jump. Because if the metal above is used as the main character, his body will collapse if he takes only two steps. Totally not strong enough. The anti-gravity organ is needed, mainly because the protagonist may take one step and fall directly into the swamp instead of standing up.

Calculated based on the weight of a normal person at 1.4 Meters, which is 50 kilograms, the weight of a 140-meter human body is 50*100*100*100=50000000kg=50000t. However, the bones of such a tall human body cannot support it, so the density can only be greater, so the weight can only go up to 50,000 tons.