There is no specific atom that will always be radioactive. Any atom with an unstable nucleus can be radioactive, resulting in the emission of radiation. Isotopes of certain elements, such as uranium and plutonium, are more likely to be radioactive due to their relatively large atomic numbers.
Yes, the numbers of radioactive and daughter atoms change at the same rate throughout the simulation because they are related by the radioactive decay process. As radioactive atoms decay, they transform into daughter atoms at a constant rate determined by the half-life of the radioactive isotope.
Isotopes with unstable nuclei are radioactive and can undergo radioactive decay to achieve a more stable state. This decay process involves the release of radiation such as alpha or beta particles. The unstable isotopes are often used in various applications, including medicine and energy production.
Radioisotopes.
No, chloroform is not radioactive. It is a chemical compound composed of carbon, hydrogen, and chlorine atoms. It is commonly used as a solvent and anesthetic.
all atoms with an atomic number under 40
Atoms that are unstable are more likely to be radioactive than atoms that are stable. This means they can emit radiation in the form of alpha or beta particles, or gamma rays, in order to reach a more stable state.
Radioactive disintegration or spontaneous fission
yes
All atoms are nuclear, in that they all have nuclei. Some atoms have unstable nuclei, making them radioactive. I'm afraid I have no idea what you mean by "nuclear atoms," unless you meant to say radioactive atoms, in which case the answer is "they have unstable nuclei and they're radioactive."
No
Yes. All of the actinides are radioactive.
There is no specific atom that will always be radioactive. Any atom with an unstable nucleus can be radioactive, resulting in the emission of radiation. Isotopes of certain elements, such as uranium and plutonium, are more likely to be radioactive due to their relatively large atomic numbers.
Yes, the numbers of radioactive and daughter atoms change at the same rate throughout the simulation because they are related by the radioactive decay process. As radioactive atoms decay, they transform into daughter atoms at a constant rate determined by the half-life of the radioactive isotope.
Isotopes with unstable nuclei are radioactive and can undergo radioactive decay to achieve a more stable state. This decay process involves the release of radiation such as alpha or beta particles. The unstable isotopes are often used in various applications, including medicine and energy production.
The half-life
Helium, neon and argon are the least likely elements to form compounds.