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wall level revision

i mean may be it overrated even t-rex on wall level even composite shark on wall level

composite shark via highballing is 100 ton megalodon ram with speed of mako at 60 mph

=100,000x30x30/2=45,000,000 j

this must be 8-c shark.....
 
Wall level is a huge tier. Doesn't matter if a weak animal can do it.

You can't just claim that 7 meters is enough to be 9-A. You need to actually prove it,
 
Tyrannosaurus rex was one of the largest land carnivores of all time; the largest complete specimen, located at the Field Museum of Natural History under the name FMNH PR2081 and nicknamed Sue, measured 12.3 meters (40 ft) long,[4] and was 3.66 meters (12 ft) tall at the hips,[5] and according to the most recent studies estimated to have weighed between 8.4 metric tons (9.3 short tons) to 14 metric tons (15.4 short tons) when alive.[4][6][7] However, not every adult Tyrannosaurus specimen recovered is as big

look at this predator size and power
https://en.wikipedia.org/wiki/Tyrannosaurus#/media/File:Largesttheropods.png

via they size and they born too kill giant sarupod much larger being than room with sub-sonic tail swip...
 
Yes...I'm aware. None of this actually proves 9-A. Especially since the T-Rex is so slow, you can't really get good enough KE out of it.
 
You're still spouting random claims without proofs. "Triceratops is Room sized" what's your energy value? What's your calc? What's your anything?
 
trik is 9 tonned and can ram very powerful also sharp horm

dividual Triceratops are estimated to have reached about 7.9 to 9.0 m (25.9―29.5 ft) in length, 2.9 to 3.0 m (9.5 to 9.8 ft) in height,[14][15] and 6.1―12.0 tonnes (13,000―26,000 lb) in weight.[16] The most distinctive feature is their large skull, among the largest of all land animals. The largest known skull (specimen MWC 7584, formerly BYU 12183) is estimated to have been 2.5 metres (8.2 ft) in length when complete,[5] and could reach almost a third of the length of the entire animal.[12] A specimen of T. horridus named

addition to combat with predators using horns,
Triceratops are classically shown engaging each other in combat with horns locked. While studies show that such activity would be feasible, if unlike that of present-day horned animals,[66] there is disagreement about whether they did so. Although pitting, holes, lesions, and other damage on Triceratops skulls (and the skulls of other ceratopsids) are often attributed to horn damage in combat, a 2006 study finds no evidence for horn thrust injuries causing these forms of damage (for example, there is no evidence of infection or healing). Instead, non-pathological bone resorptio, or unknown bone diseases, are suggested as causes.[67] A newer study compared incidence rates of skull lesions and periosteal Reaction in Triceratops and Centrosaurus and showed that these were consistent with Triceratops using its horns in combat and the frill being adapted as a protective structure, while lower pathology rates in Centrosaurus may indicate visual rather than physical use of cranial ornamentation, or a form of combat focused on the body rather than the head.[68] The frequency of injury was found to be 14% in Triceratops.[69] The researchers also concluded that the damage found on the specimens in the study was often too localized to be caused by bone disease.[70] Histological examination reveals that the frill of Triceratops is composed of fibrolamellar bone[71] which contains fibroblasts that play a critical role in wound healing, and are capable of rapidly depositing bone during remodeling.[72][73]
 
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