Wiki User
∙ 11y agoSince lead iodide is insoluble in an aqueous solution, you could filter it out using a funnel and filter paper.
Wiki User
∙ 10y agoAdd 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.
It is crystal violet & stains all cells purple.
The solute is iodine. The solvent is a mixture of alcohol and water. There is no single fixed ratio for the mixture of alcohol and water but it usually is around a 50/50 mixture of water and alcohol with the iodine ranging from about 2% to 7% in concentration.
Iodine is used to bind the Crystal Violet to the Gram Positive microbes.
In order for something to be considered a change some sort of change must occur. A crystal is an object, not a type of change. Dark violet iodine crystals are pieces of relatively pure elemental iodine.
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.
heat the mixture iodine will sublime collect the iodine vapour separately and cool
One way to separate iodine from zinc oxide is through sublimation. Since iodine sublimes at a lower temperature than zinc oxide, you can heat the mixture to a temperature where iodine sublimes, and then collect the iodine vapors while leaving behind the zinc oxide.
You can separate a mixture of iodine solid and sodium iodide by using the difference in solubility of the two compounds. Since sodium iodide is soluble in water while iodine is not, you can dissolve the mixture in water to dissolve the sodium iodide, leaving the solid iodine behind. The two can then be separated by filtration.
By heating it at low temperatures.
Add water to the mixture to dissolve the salt, leaving behind the sand and iodine. Filter the mixture to separate the sand from the saltwater solution. Heat the saltwater solution to evaporate the water, leaving behind the salt. This will separate the iodine, salt, and sand.
Iodine crystals can be removed from a mixture by sublimation, where the crystals are heated to turn directly into vapour without melting. The vapour can then be condensed back into solid iodine crystals. This technique allows for the separation of iodine from other components in the mixture.
sewing and grainnize
To separate a mixture of iodine and lead(II) nitrate, you can first dissolve the mixture in water to form a solution. Then, you can use techniques such as filtration or precipitation to separate the components. Lead(II) nitrate will precipitate out as a solid, while iodine remains in solution. You can then filter the solid lead(II) nitrate from the solution to isolate the two components.
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.
Iodine and water form a heterogeneous mixture because they do not form a uniform solution with iodine being insoluble in water and settling at the bottom.
To separate salt and iodine, you can use sublimation. The iodine will sublimate at room temperature, leaving the salt behind. To purify the iodine further, you can re-sublimate it by heating it gently and collecting the vapor to form pure iodine crystals.