No, radium is more radioactive than uranium. Radium decays quickly and emits more radiation than uranium, which has a longer half-life.
Radium is not more powerful than uranium. Both radium and uranium are radioactive elements with different properties and uses. Radium is a decay product of uranium and is less commonly found in nature.
Fluorine is more reactive than radon. Fluorine is a highly reactive nonmetal, while radon is a noble gas that is fairly unreactive. Fluorine readily reacts with almost all other elements, while radon is less likely to undergo chemical reactions.
The density of radium (5,5 g/cm3) is greater than the density of water (1 g/cm3); radium react with water with violence.
radium
Radium has 88 protons, radon has only 86 protons.
Today radium does not affect us; more important is radon.
radium
No, radium is more radioactive than uranium. Radium decays quickly and emits more radiation than uranium, which has a longer half-life.
Radium is not more powerful than uranium. Both radium and uranium are radioactive elements with different properties and uses. Radium is a decay product of uranium and is less commonly found in nature.
Fluorine is more reactive than radon. Fluorine is a highly reactive nonmetal, while radon is a noble gas that is fairly unreactive. Fluorine readily reacts with almost all other elements, while radon is less likely to undergo chemical reactions.
The external irradiation from uranium is not so dangerous; but the internal irradiation after inhaling powders or liquid aerosols is very dangerous. Note that the decay chain of uranium contain radium and radon, more radioactive than uranium. The respect of working rules is extremely important.
Radon-222 is one of the isotopes or the inert gas radon. It is the longest-lived occurring one, and it appears as a daughter of the radioactive decay of radium (226Ra). It is radioactive (as are all of radon's isotopes), and, as such presents a hazard to people. The 222Ra isotope undergoes alpha decay to become polonium-218 (218Po). It is uranium that is the culprit as regards the source of radon. Uranium is the source of radium, and from radium we see radon. Uranium is present in the ground in a number of types of rock, so radon could appear in soil samples, in ground water, or in the lower internal spaces in buildings (because is seeps in). Radon is considered to be the second leading cause of lung cancer, and is an underrated threat. Testing for radon in structures is a bit tedious, but it can be done. If there is a question about a radon threat to your home, testing is not outrageously expensive. Call your county health office and get a "threat assessment" for your area. Just remember that though your neighbor's house might be well under recommended limits, yours may not, as there are variables to consider. Use the link below for more information.
Many radioactive isotopes are more radioactive than the naturally occurring uranium isotopes:All fission product isotopes are more radioactive (e.g. iodine-131, strontium-90)Most radioactive isotopes in the uranium --> lead decay chain are more radioactive (e.g. radium, radon, polonium)Plutonium is more radioactiveTritium is more radioactiveCarbon-14 is more radioactiveArtificially produced uranium isotopes are more radioactive (e.g. uranium-233, uranium-236)etc.
1. Uranium is a possible polluting agent of the natural environment. 2. Uranium is a toxic and a radioactive chemical element. 3. Uranium release radium and radon. 4. Radioactive wastes are dangerous and need to be isolated. Plutonium: the same characteristics, but it is more toxic and radioactive. Hydrogen: it is a cause of severe explosions.
She discovered the elements Polonium, which was named after her homeland, and radium. Polonium is 4x more radioactive than uranium and radium is 10x more radioactive than uranium.
The density of radium (5,5 g/cm3) is greater than the density of water (1 g/cm3); radium react with water with violence.