Water (H2O) and cesium (Cs) react to explode.
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.
cesium fluoride
All alkali metals react explosively when they come into contact with H2O. As you go down the group, explosivity increases. Cesium is second to last in the group and would be the most explosive, with the exception of Francium.
All alkali metals react violently with water forming a hydroxide and hydrogen.
Water (H2O) and cesium (Cs) react to explode.
Metallic cesium added to water will react with the water to form cesium hydroxide and hydrogen gas. The hydrogen gas is highly flammable, so if it was ignited, you would have flames. Otherwise you just have bubbles.
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.
Probable francium would react more violent.
Lithium, Sodium, Potassium, Rubidium, Cesium, and Francium are the main alkali metals, which all react fairly spectacularly with water (Cesium must be kept in argon gas to stop it reacting with air).
cesium fluoride
All alkali metals react explosively when they come into contact with H2O. As you go down the group, explosivity increases. Cesium is second to last in the group and would be the most explosive, with the exception of Francium.
No. Cesium reacts with a number of nonmetals, bu not with other metals or metalloids. Cesium is a powerful reducing agent and will react strongly with oxidizing substances.
All alkali metals react violently with water forming a hydroxide and hydrogen.
Because all four of those elements are Alkali Metals (first family on the periodic table)
When Cesium and Florine react they create a hyper logic reaction, a hyper logic reaction is when two reactive substances combine they com-bust spontaneously.
Lithium and cesium are both highly reactive metals that will react violently with water (forming a hydroxide compound and giving off hydrogen gas) so the question of relative solubility doesn't really arise.