A Mathematician Created An Anti Tsunami Gun The Inertia The mathematician believes that, if his devices were installed on japan’s coastline in 2011, the tsunami could have been reduced by up to 30 percent, saving thousands of lives and decreasing the. The best way to tackle this could be to somehow harness the agws created naturally by tsunamis, kadri says. essentially, we need to figure out how to fire some the energy created by a natural disaster back in the other direction. for the time being, kadri's calculations are just a proof of concept, but if we can get the idea to work, there's.
A Mathematician Created An Anti Tsunami Gun The Inertia A rather eye catching 2017 heliyon paper by usama kadri, a lecturer in applied mathematics at cardiff university, suggested that anti tsunami cannons could also one day be a reality. it’s all. This revolutionary anti tsunami cannon has the potential to save millions of lives. learn more now! discover how a mathematician invented a groundbreaking device to protect coastal areas from devastating tsunamis. As we know from experience, some objects have more inertia than others. for example, changing the motion of a large truck is more difficult than changing the motion of a toy truck. in fact, the inertia of an object is proportional to the mass of the object. mass is a measure of the amount of matter (or stuff) in an object. the quantity or. Mathematical height of tsunami waves. as the tsunami approaches shore, the water depth decreases, causing the tsunami to slow down, at a rate proportional to the square root of the depth. unfortunately, “wave shoaling” then forces the amplitude (height) to increase at the opposite rate of:.
Comments are closed.