The video discusses the feasibility of Ant-Man defeating Thanos by flying into his butt, expanding, and causing damage from the inside out. Using scientific principles and equations, the host analyzes the situation, considering factors such as the strength of Thanos' colon tissue, the pressure exerted by Ant-Man's expansion, and the ultimate tensile strength of human colon tissue.
The host concludes that Ant-Man's expansion would not be enough to rupture Thanos' colon, as the pressure exerted would be around 0.2 megapascals, which is less than the ultimate tensile strength of human colon tissue (0.9 megapascals). Additionally, the host notes that Thanos' colon is likely stronger than human colon tissue.
The video also explores the idea that Ant-Man's expansion might not be accompanied by a significant amount of force, using an example from the movie where The Wasp's car launches an SUV. The host calculates the pressure exerted by the Pym particles and finds it to be around 2.5 pounds per square inch.
Ultimately, the host concludes that the meme about Ant-Man defeating Thanos by flying into his butt is unlikely to work, and that Ant-Man would likely be stuck inside Thanos' colon.
Here are the key facts extracted from the text:
1. Ant-Man's suit allows him to access the quantum realm and move between small spaces.
2. Bowel perforation is a serious injury that can cause deadly infections.
3. The mortality rate from bowel perforation is between 11% and 81%.
4. Human colon tissue has an ultimate tensile strength of around 0.9 megapascals.
5. A study found that the average pressure needed to cause full thickness tearing of the human gastrointestinal tract is 0.29 kilograms per square centimeter.
6. This pressure is equivalent to around 4.12 pounds per square inch (PSI).
7. Ant-Man's expansion is estimated to apply a pressure of around 2.5 pounds per square inch (PSI) on the surrounding material.
8. The Wasp's car was able to launch an SUV with a force of around 100,000 newtons.
9. The dimensions of a 2010 Mercedes-Benz Sprinter roof were used to estimate the pressure applied by the car.
10. A study found that the average pressure needed to rupture the human colon is around 60% more than the pressure Ant-Man would apply.
11. Thanos' colon is assumed to be stronger than human colon tissue.
12. The calculations suggest that Ant-Man would not be able to defeat Thanos by flying into his butt and expanding.