Francium is very radioactive, unstable, difficult to be prepared, difficult to be manipulated.
Uses of francium are limited to only scientific research.This is mostly because it is difficult to find or make and it has a very short half life (it decays quickly into other elements).Francium (and not fracium) is used only in specialized laboratories for reseach in chemistry in physics.With a half life of only 22 minutes, francium is not only completely useless, it is also not likely that anyone could gather enough of it together to do anything meaningfull with it.Francium has only some rare applications in research laboratories; see the link.Unfortunately, the uses for the radioactive element Francium are limited to only scientific research. This is mostly because it is difficult to find or make and it has a very short half life (it decays quickly).However this element is the one element that is the most reactive to water because it is the most reactive alkali metal, a family of metals that all react to water. This basically means if you drop a large sample of Francium into a tub of water it will explode.there is no known uses for francium.there is not much of Francium around, and what there is or is made does not last for long (disintegrates into lighter elements in a few hours). probably it is being investigated or used in some physics experiments somewhere and it seems unlikely to show up as a food additive at your grocery store anytime soon.
An alloy is a mixture of elements that has metallic properties. The properties vary depending on the percentage mix.
They need living hosts to survive.
By combining the best properties of each material.
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Because francium was obtained only in very small samples, insufficient for the determination of physical properties.
Uses of francium are limited to only scientific research.This is mostly because it is difficult to find or make and it has a very short half life (it decays quickly into other elements).Francium (and not fracium) is used only in specialized laboratories for reseach in chemistry in physics.With a half life of only 22 minutes, francium is not only completely useless, it is also not likely that anyone could gather enough of it together to do anything meaningfull with it.Francium has only some rare applications in research laboratories; see the link.Unfortunately, the uses for the radioactive element Francium are limited to only scientific research. This is mostly because it is difficult to find or make and it has a very short half life (it decays quickly).However this element is the one element that is the most reactive to water because it is the most reactive alkali metal, a family of metals that all react to water. This basically means if you drop a large sample of Francium into a tub of water it will explode.there is no known uses for francium.there is not much of Francium around, and what there is or is made does not last for long (disintegrates into lighter elements in a few hours). probably it is being investigated or used in some physics experiments somewhere and it seems unlikely to show up as a food additive at your grocery store anytime soon.
Francium hasn't a practical use.
These quantities are too small for the measurement of physical properties.
The francium hydride should be FrH.
Francium is a strongly radioactive element and is of course dangerous.
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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.
Scientists at laboratories all over the world are trying to unlock the mysteries of the virus.
The chemistry of francium is practically unknown; today are not surely identified francium compounds.
To ensure that the materials are appropriate for objects that are made out of them. You do not make electricity cables out of ordinary glass or fibre-optic cables out of wood!
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