Nothing important at room temperature and with bulk plutonium; some formation of plutonium oxide.
Fortunately any person tasted this type of water ! Plutonium is radioactive and toxic.
it dissolves
Plutonium reacts with water to form plutonium hydride and plutonium dioxide. The reaction is slow, and can generate hydrogen gas as a byproduct, which can be combustible and explosive. Due to plutonium's radioactivity and potential hazards, it is extremely dangerous to handle and should be kept away from water.
A gel with high viscosity is obtained.
when jelly crystals mixed with warm water will desolve.
Plutonium separation is not soluble in water. It is typically separated from other elements through chemical processes that involve the use of solvents or specific reagents to extract plutonium from the surrounding materials.
The water contamination with plutonium is of course possible but fortunately very, very rare and not significative.
Plutonium is not very water soluble, with only trace amounts dissolving in water. However, it can form complexes with certain ions and ligands in water which may increase its solubility. As a heavy metal, plutonium poses significant environmental and health hazards due to its toxicity and radioactivity.
they cannot be mixed unless some complex nano science is used which has not happened till now
Plutonium dioxide does not readily dissolve in water to create a measurable pH value. However, if it were to react with water, it may form plutonium hydroxide which can be slightly basic. It's important to handle plutonium compounds with care due to their radioactive nature.
Plutonium is a dense metal and will sink in water due to its high density.
Plutonium is sparingly soluble in water, with a solubility of about 6.7 × 10^-17 mol/L at room temperature. Its solubility can vary depending on the oxidation state and the presence of complexing agents.