Original AI Prompt
Generate & Play Hailuo AI video：Hey... my name is Maria. In my videos, I will answer any questions you want to ask. It could be about International Relations, History, Geography, Philosophy, Natural Sciences like Physics, Chemistry, Biology, and also Mathematics. Don't worry, as I said, you can ask me anything, because I have my sources to attend to you well. For example, here is a question from Roberto. He wants to know the difference between Nuclear Fission and Nuclear Fusion. Let's answer him then. Roberto, nuclear fission is the breaking of heavy and unstable nuclei that after some steps of disintegration will generate stable nuclei. We have to be careful here because the atom that will undergo fission must be radioactive and fissile. For example, Uranium 238 is radioactive but not fissile, meaning it cannot be broken down. Uranium 235, on the other hand, is the desired isotope. Because it is fissile. In this breaking, a lot of energy is released. This is how the first atomic bomb was produced. The United States launched this nuclear device on the city of Hiroshima, Japan in 1945. The damage and human tragedy this caused is known to us all. As for Nuclear Fusion, it occurs with the union of small nuclei, generating an atom with a larger nucleus. For example, the fusion of hydrogen nuclei generating a Helium nucleus. This reaction releases an enormous amount of energy, much greater than the energy produced by nuclear fission. Nuclear fusion, Roberto, occurs in the sun. Therefore, all the energy that reaches us here on Earth and other planets in the Solar System comes from the sun through nuclear fusion. I hope I have helped you, Roberto. And you can ask more questions whenever you need. Kisses, Roberto. ... Taking advantage of the topic, let's answer a question from Yolanda now. ... She wants to know about the chemical element Carbon. ... She says she heard in high school that Carbon is a radioactive chemical element. So we can make a nuclear bomb with it.
AI-Powered Analysis
The video discusses nuclear energy, specifically nuclear fission and fusion, and their applications and historical significance.
