Estimating the exact amount of radium remaining in the world today is challenging due to its rarity and radioactive nature. Radium is found in trace amounts in uranium and thorium ores, but it is primarily produced synthetically for medical and industrial purposes. The total amount of radium produced since its discovery in the late 19th century is relatively small, with most of it decaying over time. Current reserves are limited, and its use has declined significantly due to health risks and the development of safer alternatives.
It is illegal to purchase or sell radium without the appropriate licenses due to its high radioactivity. Handling radium without proper training and safety measures can be extremely hazardous to health and the environment.
The cost of radium can vary based on factors such as the purity, quantity, and source. Radium is a radioactive element with limited commercial uses due to its toxicity and health risks, so it is typically not openly traded on the market. It is often obtained through specialized suppliers or regulated channels for research or industrial purposes.
Radium is an element, with atomic number 88. The element radium is a radioactive alkaline earth metal that is the decay product of thorium, element number 90. (Thorium is, itself, the radioactive daughter of uranium.) Radium (226Ra, the isotope that is the result of the alpha decay of thorium) has a half-life of 1602 years, and the element acts chemically like the other +2 elements in group 2 of the periodic table. It is highly radioactive and dangerous. (Links are provided to the Wikipedia article on radium and also to a related question.)
Absolutely none. Radium is element #88, while uranium is element #92. They are two completely different entities. If you are referring to uranium ores, it is a different story. The ratio is about 3 metric tons of uranium to 1 gram of radium. Oxygen and other elements are also present in uranium ore. http://en.wikipedia.org/wiki/Uranium#Oxides
Radium is difficult to extract from pitchblende because it occurs in very low concentrations and is chemically similar to other radioactive elements in the ore. Its extraction requires a series of complex chemical and physical processes, such as acid leaching, precipitation, and purification, which are time-consuming and costly. Additionally, the handling of radium is hazardous due to its high radioactivity, requiring specialized equipment and precautions.
Polonium and radium's affect on our lives today are for example the meters on our cars, they glow because of the radium and also some wristwatches the light you get when you press the button on the side. Radium was discovered by a woman named Marie Cuire, she's married, but she obviously died because of too much radium.
Polonium and radium's affect on our lives today are for example the meters on our How_does_polonium_and_radium_affect_your_lives_today, they glow because of the radium and also some wristwatches the light you get when you press the button on the side. Radium was discovered by a woman named Marie Curie, she's married, but she obviously died because of too much radium.Read more: How_does_polonium_and_radium_affect_your_lives_today
Radium is not a common commercial product; radium (generally as radium chloride solution) is sold only to hospitals or specialized and controlled research laboratories.
Polonium and radium are continuously studied, but not so much.
parts of it are still standing today. some of it was damaged during earthquakes, but it is still there.
Well the Reinaissance excelled the world. But that was a long time ago. More modernly, I don't know much but that still affected today.
The atomic mass of the most common isotope of radium (226Ra) is: 226,025 409 8(25).
Yes Quakers are still around today, but they exist in a much different way then they did in past times.
This was the Nobel prize.
from handling radium so much
10% of the world
It is illegal to purchase or sell radium without the appropriate licenses due to its high radioactivity. Handling radium without proper training and safety measures can be extremely hazardous to health and the environment.