A possible francium fluoride will be FrF.
The compound is not known today.
Not known, probably the formation of francium fluoride. Plus, due to them being the MOST reactive elements, there would be a rather large explosion (the largest chemical reaction only exceeded by a nuclear reaction).
· Francium Sulfide (Fr2S) · Francium Phosphide (Fr3P) · Francium Bromide (FrBr) · Francium Sulfite (Fr2SO3) · Francium Hydrogen Oxalate (FrHC2­O4)
ionic bonds :)
Francium can form cations with the charge +1.
Francium fluoride.
The compound is not known today.
Not known, probably the formation of francium fluoride. Plus, due to them being the MOST reactive elements, there would be a rather large explosion (the largest chemical reaction only exceeded by a nuclear reaction).
The chemistry of francium is practically unknown; today are not surely identified francium compounds.
FrF Theoretically it is francium fluoride because the francium has the lowest ionization energy while fluorine has the highest electronegativtey; however, this compound would be hard to study and find in nature for francium is radioactive and very rare. Francium is the largest element found to date. CsF Cesium fluoride would be another highly polar compound for the same reasons as francium fluoride.
Lithium fluoride is an salt held together by ionic bonds.
· Francium Sulfide (Fr2S) · Francium Phosphide (Fr3P) · Francium Bromide (FrBr) · Francium Sulfite (Fr2SO3) · Francium Hydrogen Oxalate (FrHC2­O4)
Silver ions and Fluoride ions put together.
it sticks to calcium and binds teeth together
Francium was named after France, the country it was dicovered in.
Francium is extremely unstable. The most stable isotope of francium has a half-life of only about 22 minutes. Other isotopes of francium have half-lives measured in microseconds. Scientists predict there is less than one ounce of francium in Earth's crust at any one time. Because of this instablilty, it would be much easier to go get a cup of coffee and wait for francium to cut itself apart.
very tightly