I'd predict that francium would combine less readily than cesium.
The Group 1 elements have a specific family name - alkali metals. All the alkali metals are silvery solids with low densities and low melting points. These elements increase in their reactivity, or tendency to combine with other substances, as you more from top to bottom on the periodic table.Alkali metals are found in many items. Lithium batteries are used in cameras. Sodium chloride is common table sat. Sodium and potassium, dietary requirements, are found in small quantities in potatoes and bananas.I'd predict that francium would combine less readily than cesium.______________Well, actually, Francium is a radioactive element, and it's a pretty unstable one at that; Alkali metals tend to explode somewhat when placed in water.Cesium then will explode in water, and Francium will, undoubtedly, undergo radioactive decay into Radium, and when that's placed into water...To answer the question :Francium will most definitely combine readily (if not violently) with water more than Cesium.
Hydrogen and francium can combine to form a compound with the formula HFr, which stands for hydrogen francium. This compound would be highly unstable and reactive due to the extremely high reactivity of francium. Francium is a rare and radioactive element that is highly unstable and difficult to handle, making it unlikely to form stable compounds with hydrogen.
The products of francium fluoride would be francium cations (Fr+) and fluoride anions (F-) due to the reaction between francium (Fr) and fluoride (F) ions. Francium is a highly reactive alkali metal and fluoride is a halide ion, so they would combine to form a stable ionic compound.
Francium would react faster with oxygen than sodium because francium is more reactive due to its position in the periodic table. Francium is in Group 1, which means it has only one valence electron that it would readily lose to form a compound with oxygen.
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.
Probable francium would react more violent.
Supposing you mean cesium, I would say no. You see, when francium and water are mixed they react much more violently than cesium in water, causing a greater explosion. Therefore, cesium would combine more rapidly.
The Group 1 elements have a specific family name - alkali metals. All the alkali metals are silvery solids with low densities and low melting points. These elements increase in their reactivity, or tendency to combine with other substances, as you more from top to bottom on the periodic table.Alkali metals are found in many items. Lithium batteries are used in cameras. Sodium chloride is common table sat. Sodium and potassium, dietary requirements, are found in small quantities in potatoes and bananas.I'd predict that francium would combine less readily than cesium.______________Well, actually, Francium is a radioactive element, and it's a pretty unstable one at that; Alkali metals tend to explode somewhat when placed in water.Cesium then will explode in water, and Francium will, undoubtedly, undergo radioactive decay into Radium, and when that's placed into water...To answer the question :Francium will most definitely combine readily (if not violently) with water more than Cesium.
Very probable the reaction of francium should be more violent.
The 2nd most reactive is Cesium after Francium. If you disregard Francium because it is radioactive, then it would be Rubidium after Cesium.
Because the atom of francium is a whole row down from cesium. You see more YouTube videos of cesium in water because francium is highly radioactive, so it would be very hard to obtain a sample of francium to throw into water.
It is supposed that francium react with water more easy than any other element.
Francium is most reactive - the Pauling electronegativity is calculated to be 0,7.
To find elements that are chemically similar, you don't need to look further than the related elements in the same family (columns). The periodic table is formed so elements in the rows have similar chemical properties. Cesium is in the first family, the alkali metals. All metals in this family are similar and will react explosively with water. The reactivity increases as you go down the column, with francium being the most reactive. But since francium is radioactive, I would say rubidium is most similar to cesium.
Francium is a radioactive element with a very short half-life, so it is typically not handled in quantities large enough for its smell to be detected. It is believed that Francium would have a metallic smell similar to other alkali metals like cesium or rubidium.
Hydrogen and francium can combine to form a compound with the formula HFr, which stands for hydrogen francium. This compound would be highly unstable and reactive due to the extremely high reactivity of francium. Francium is a rare and radioactive element that is highly unstable and difficult to handle, making it unlikely to form stable compounds with hydrogen.
When francium and hydrogen combine, they form francium hydride (FrH), a compound where francium acts as a cation and hydrogen as an anion. Francium is extremely rare and radioactive, making it difficult to study its chemical properties in detail. The compound would likely be highly unstable due to francium's extreme reactivity.