hello everyone! Today, I am sharing an educational and historical video exploring how atomic bombs work, referencing the Hiroshima bomb, Einstein's famous formula (E=mc^2), and a simulated perspec...
Transcript
Even a mass of less than one gram can wipe out an entire city. How? Let's open up the Hiroshima bomb. Inside, there are two separate pieces of uranium. A conventional explosive violently hurls one towards the other. And as the two combine, the real game begins. The mystery lies in the atom. A neutron splits a uranium atom, and the neutrons released from it split even more atoms. In one millionth of a second, crores of atoms split. In the Hiroshima bomb, only 0.7 grams of mass was converted into energy. According to Einstein's equal M.C squared, that is equivalent to 15,000 tons of T &T. That energy comes in three forms. First, a fireball, hotter than the center of the sun for a fraction of a second. Then, a massive pressure wave that flattens buildings. And finally, deadly radiation. Now imagine a bomb of the same size as Hiroshima detonating in the sky over Shabag, Dhaka. Within a radius of 1.75 kilometers, almost all buildings would be destroyed, stretching from Carwin Bazaar to New Market. And 4.5 kilometers away in Mobeheel and Sadargat, window panes would shatter and scatter. However, many modern bombs are 20 times more powerful than Hiroshima's. With such a bomb, almost all buildings up to Mofolk Holly would be destroyed. People would be burned in Gulsion, and Jatrabari, and windows would shatter as far as the airport. By the end of 1945, around 140,000 people had died in Hiroshima. Therefore, the world wants this weapon to never be used again. For more such information, follow the page.