Natural radioactivity occurs spontaneously in certain elements without human intervention, while artificial radioactivity is induced through processes like nuclear reactions or bombardment of nuclei with particles. Natural radioactivity is present in materials like uranium and thorium, whereas artificial radioactivity typically involves isotopes produced in nuclear reactors or accelerators. Both types of radioactivity emit radiation, but the sources and mechanisms differ.
Natural radioactivity occurs when certain elements spontaneously decay, emitting radiation. This can include isotopes like uranium and thorium found in the Earth's crust. Artificial radioactivity, on the other hand, is created by humans through processes such as nuclear reactions or particle accelerators. This includes isotopes that are not naturally occurring but are created in laboratories for various applications.
Natural radioactivity occurs spontaneously in certain elements, so it is considered random. Artificial radioactivity, on the other hand, is intentionally induced through processes like nuclear reactions and can be controlled to some extent.
"Artificial transmutation" is a nuclear reaction induced in laboratory, its man made. Artificial radioactivity is a radioactive disintegration phenomenon supported by artificial isotopes.
The fission of uranium-235 is an example of natural radioactivity, as uranium-235 is a naturally occurring radioactive isotope. Artificial radioactivity, on the other hand, refers to the radioactivity induced in a normally stable element through processes like nuclear reactions or particle bombardment.
Sodium does not exhibit natural radioactivity. However, artificial radioisotopes of sodium can be produced in a laboratory setting through nuclear reactions.
Natural radioactivity occurs when certain elements spontaneously decay, emitting radiation. This can include isotopes like uranium and thorium found in the Earth's crust. Artificial radioactivity, on the other hand, is created by humans through processes such as nuclear reactions or particle accelerators. This includes isotopes that are not naturally occurring but are created in laboratories for various applications.
Natural radioactivity occurs spontaneously in certain elements, so it is considered random. Artificial radioactivity, on the other hand, is intentionally induced through processes like nuclear reactions and can be controlled to some extent.
"Artificial transmutation" is a nuclear reaction induced in laboratory, its man made. Artificial radioactivity is a radioactive disintegration phenomenon supported by artificial isotopes.
natural fibre are obtained from nature but artificial fibres are man made fibre
im sorry , i dont know the answer :D
Natural selection is more efficient ad more precise.
The fission of uranium-235 is an example of natural radioactivity, as uranium-235 is a naturally occurring radioactive isotope. Artificial radioactivity, on the other hand, refers to the radioactivity induced in a normally stable element through processes like nuclear reactions or particle bombardment.
Sodium does not exhibit natural radioactivity. However, artificial radioisotopes of sodium can be produced in a laboratory setting through nuclear reactions.
magnet which we get naturally from earth is called natural magnet e.g: lodestone.. while magnet made from magnetic material is called artificial magnet ...
Natural silk comes from silk worms while artificial silk is made of cotton. Natural silk has a beautiful sheen to it. Go to the links and see this beautiful silk fabric.
is it Nuclear physics, artificial transmutation, natural radioactivity, nucleus, or artificial radioactivity i think it is nuclear physics dont hold me accountable though
Artificial light sources are man-made and include light bulbs and LEDs, while natural light sources come from the sun or fire. Artificial light can be controlled and adjusted, while natural light changes throughout the day. Artificial light can also be harsher and less energy-efficient than natural light.