Very probable a very violent occur.
Francium is a highly radioactive and unstable element that is never found in its pure form in nature. If it were to be touched, it would likely react explosively with water or air. Due to its extreme rarity and radioactivity, no one has ever touched or felt francium.
Yes, francium can occur in a pure form, but it is extremely rare due to its high reactivity. Francium is a highly radioactive element that is typically produced in nuclear reactions and decays quickly into other elements.
As other alkali metals francium can react with water; but unfortunately we don't have francium for this experiment !
The density of francium is supposed to be 1,72 g/cm3.
Francium would react with water by this equation: 2Fr + 2H2O -->2FrOH + H2 The products here are francium hydroxide and hydrogen gas. However, it would be impossible to gather enough francium to demonstrate this reaction.
Francium is not considered ductile because it is a highly reactive metal that is soft and easily deformed. Due to its extreme reactivity with air and moisture, it is difficult to handle and study in its pure form.
It is not possible.
Yes
Francium carbonate is expected to be soluble in water due to the reactivity of francium with water to form hydroxide ions. However, due to the extreme rarity and radioactivity of francium, its chemical properties are not well-studied.
In the nature francium exists only in infinitesimal amounts and because of this, it is considered generally an artificial element. Francium reacts with water.
Francium is an alkali metal, similar to caesium. Water (H2O) is a compound,not an element. Francium, although it is believed to have never been tested, is thought to have been the most reactive element with water. It is among the alkali metals in group 1 on the periodic table of elements.
Francium reacts very vigorously with water, producing francium hydroxide and hydrogen gas. This reaction occurs because francium is an alkali metal and easily loses its outer electron when in contact with water, releasing energy in the form of heat and causing the explosion-like reaction.