It is a period of time when the radio active mass is halved.
Radioactive metals disintegrate. In this disintegration the radio active atom emits either/or alpha/beta/gamma particles, and in doing so the given elements changed to a less massive element.
Taking uranium for example.
The isotope 234-U decays with beta emission to the isotopic element 234-Protactinium.in a period of 24 days.
So if you had say 10g of 234-U in 24 days you would have 5g of 234-U . The other 5g would be the element 234-Protactinoum.
No, francium bombs have never been made. Francium is a highly radioactive and rare element that is not readily available in large enough quantities to create a bomb. Additionally, the extreme reactivity and short half-life of francium would make it challenging to use in a practical weapon.
Because Francium is so highly radioactive, it disintegrates before it can be collected. The half-life of the least stable isotope of Francium, Francium-215, is a mere 86 nanoseconds. The half-life of the most stable isotope of Francium, Francium-223, is still only 22 minutes. Scientists cannot gather Francium from nature due to the fact that even if they do come across some, it will soon disintegrate into other elements like barium. If scientists want to study Francium, they must make Francium atoms in a laboratory.
Francium is a highly radioactive and rare element, making it extremely expensive to produce. However, due to its extreme reactivity and short half-life, it is not commercially available for sale in bulk quantities like 10g.
Francium isn't available for several reasons:It is highly radioactiveIt will react extremely violently with air and waterIt is highly toxicIt is very rare (about 21 grams exist in the entire world)There is no dealer/seller who can or will sell you Francium, whatever they say about it.
If francium were to cease to exist, it would not have a significant impact on the environment or everyday life. Francium is a highly radioactive and unstable element that has no practical uses due to its scarcity and short half-life. Its absence would not disrupt any crucial biochemical processes or industrial applications.
I suppose that francium cannot be stored: the half life is short.
I suppose that francium cannot be stored: the half life is short.
Francium is rare because if its incredibly short half-life. The longest-lived isotope of francium has a half-life of 22 minutes. This means that if you have a given mass of francium, half of it will have decayed into something else after a 22 minute period. Francium is itself a product of Radioactive decay, however it decays so quickly after forming that there is never a large amount of it.
because it only has a half life of 22 minutes so by the time any one could get to it the francium had died
Francium is a highly radioactive element with a half-life of only about 22 minutes. There are no known videos of francium reacting with water due to its extreme rarity and short half-life. Additionally, francium is highly reactive, and any contact with water would result in immediate and violent reactions.
well i don't know about fluorine, but francium only has a half life of only 22 minutes, witch means in 22 minutes half of it will already be gone, so that's why you can't buy francium.
No, francium bombs have never been made. Francium is a highly radioactive and rare element that is not readily available in large enough quantities to create a bomb. Additionally, the extreme reactivity and short half-life of francium would make it challenging to use in a practical weapon.
Yes, francium is highly reactive and will quickly react with water and oxygen in the air, producing heat and potentially catching fire. Due to its extreme rarity and short half-life, francium is not commonly encountered in everyday situations.
Each isotope has another half life.For the isotope francium-223 (half life = 21,8 minutes) the time is 87,2 minutes.
Francium has an extremely short half life of about 20 minutes so no it is not. Radioactive lasers do not use radioactive materials anyway.
Francium is harmful because it is highly radioactive and can emit harmful radiation, which can damage cells and tissues in the body. In addition, francium can react violently with water, releasing hydrogen gas and potentially causing burns or injuries. Due to its extreme rarity and short half-life, francium is not a significant health concern in everyday life.
Francium is a radioactive alkali metal. It is highly reactive, and due to its extreme rarity and short half-life, it is difficult to study.