When you mix sand and iodine, the iodine does not chemically react with the sand; instead, it simply forms a physical mixture. The iodine may give the sand a brownish or purplish color, depending on the amount of iodine used. However, the iodine remains as separate particles and does not dissolve in the sand. This mixture can be easily separated through physical means, such as filtration, since sand is a solid and iodine can sublime or be evaporated.
Sand is at the bottom; water above and above water the oil.
Add sufficient water to dissolve the ammonium chloride. Neither the iodine nor the sand will dissolve.Filter out the solids.Evaporate the ammonium chloride from the solution.Heat the solids gently in a retort to sublimate the iodine and recover it.
Mixing clay and sand in a test tube will result in a heterogeneous mixture, as the clay particles will not dissolve in the sand. The two components can be physically separated by techniques such as filtration or sedimentation.
When you mix sand and water, the sand particles will typically settle at the bottom of the container due to their higher density, while the water will form a layer on top. This physical separation occurs because sand is insoluble in water. Stirring the mixture can temporarily suspend the sand particles in the water, but they will eventually settle back down due to gravity.
A nonhomogeneous mixture is obtained (for solids).
Not something good. Lol.
You get a mixture of salt and sand. Nothing more happens.
To separate iodine from sand, the mixture can be dissolved in water since iodine is soluble in it, while sand is not. Once the iodine is dissolved, the solution can be filtered, leaving the sand behind on the filter paper. The iodine can then be obtained by evaporating the water from the filtered solution.
One method to separate iodine crystals from a mixture of iodine and sand is by using sublimation. Heat the mixture, and the iodine will sublimate (turn into gas) leaving the sand behind. The iodine gas can then be collected and cooled to form iodine crystals.
When you mix biscuit and iodine, the iodine can interact with the starches present in the biscuit. If the biscuit contains starch, the iodine will turn a blue-black color, indicating the presence of starch. This reaction occurs because iodine molecules fit inside the helical structure of starch, forming a complex. If the biscuit does not contain starch, there will be no significant color change.
Sand is at the bottom; water above and above water the oil.
Iodine is soluble in hexane.
Nothing will happen as neon is chemically inert.
sewing and grainnize
A compound containing sand and gold could be a mixture of the two substances, where the gold particles are mixed with the sand particles. If water and iodine are added to this mixture, the water could dissolve the iodine to form a solution, leaving the sand and gold particles unchanged.
Iodine is a chemical element, while sand is a naturally occurring granular material made of finely divided rock and mineral particles. Iodine is a non-metal with various industrial and health applications, while sand is commonly used in construction and landscaping.
First heat the mixture; the iodine will sublime and turn to a vapor which can be collected. Then add water to the remaining salt/sand mixture; the salt will dissolve but the sand will not. Finally, evaporate the water to obtain the solid salt.