2020年4月23日 · $\begingroup$ FWIW, $\ce{CuI2}$ has never been isolated as solid state but it is made as a greenish-blue solution by reacting cuprous iodide and iodide. It is extremely unstable and readily decomposes. It forms stable cuproammonium salt, $\ce{CuI2.4NH3.H2O}$ on reacting with ammonia/ammoniated cuprous iodide.

2024年6月14日 · CuI2 is the limiting reagent because it will be fully consumed first in the given reaction. Its moles will react with the available moles of AlCl3 to form the maximum amount of products.

2024年5月28日 · What is the chemical compound name for Cul2? The chemical compound name for CuI2 is copper(II) iodide. It is composed of copper ions with a +2 oxidation state and iodide ions.

2024年6月13日 · The chemical compound name for CuI2 is copper(II) iodide. It is composed of copper ions with a +2 oxidation state and iodide ions. What is the formula for mercury2 iodide?

2024年5月26日 · The formula name for CuI2 is copper(I) iodide.

2024年5月21日 · The chemical compound name for CuI2 is copper(II) iodide. It is composed of copper ions with a +2 oxidation state and iodide ions. This answer is:

2016年6月15日 · $$\ce{Cu^2+ + 2KI -> CuI2 + 2K+}$$ But since $\ce{CuI2}$ doesn't exist, the $\ce{I-}$ ions must reduce $\ce{Cu^2+}$ to $\ce{CuI}$ and simultaneously get oxidised to $\ce{I2}$ and thus it will proceed the following reaction:-$$\ce{2Cu^2+ + 4KI → 2CuI + I2 + 2K+}$$ I gave this reaction to my teacher and he gave me an another version of the ...

2024年5月24日 · CuI2 is Copper(II) Iodide. The compound does not exist. This answer is:

2024年5月21日 · The balanced reaction of cupric iodide and aluminum chloride is 3 CuI2 + 2 AlCl3 = 3 CuCl2 + 2 AlI3. This means that the limiting reaction is cupric iodide, because more of it is required than ...

2021年2月26日 · Seeing Copper has an exceptional electron filling in its valence shell(4s1 3d10), the way I see it is that on +1, a d10 configuration should be more stable and hence easier to attain than a d9 which