yes it is
Einsteinium is a radioactive element that is not inherently explosive or noxious in its pure form. However, its radioactivity makes it potentially hazardous to health and the environment if not handled properly and with appropriate safety measures.
Sodium is not explosive per se, but it will oxidize vigorously if it touches water. And it will react even more powerfully with acid. Sodium is not radioactive either. It has some radioactive isotopes, but these are not found naturally. Lastly it is not noxious in that it does not emit noxious fumes. But it would not be a good idea to ingest it in its pure form.
Nope. Gold is none of those, and is otherwise inert, too. That is why gold is often used for people's tooth crowns, and as electrical contacts in electronics. Gold does not even corrode or "Rust".
Radium is strongly radioactive.
Boron is neither explosive nor radioactive. It is a chemical element that is found in nature and is commonly used in various applications, including as a neutron absorber in nuclear reactors and as an ingredient in some types of explosives, but it is not inherently explosive or radioactive on its own.
When T2 phages are grown in the presence of radioactive phosphorus, the phage DNA will incorporate the radioactive phosphorus into its structure during replication. This allows for visualizing the localization of the phage DNA within the infected bacterial cell using autoradiography.
no
Phosphorus itself is not explosive, but certain forms of phosphorus can be highly reactive or flammable. White phosphorus, for example, can ignite spontaneously in air and is used in incendiary weapons. Red phosphorus, on the other hand, is not as reactive and is commonly used in matches and other products.
Phosphorus is stable in its common forms, such as white phosphorus and red phosphorus. However, there are unstable isotopes of phosphorus that are radioactive and undergo decay.
Aluminium is not explosive or anxious.
Yes, 33P can be used to label nucleotides and create radioactive nucleotides. This is because 33P is a radioactive isotope that can be incorporated into molecules, such as nucleotides, allowing researchers to track their behavior in biological systems.
That the substance is dangerous & explosive.