Eat dik
how will you use the particle theory to explain why a saturated solution at 30 degreecelsius can become dilute at 70degree Celsius
there are many answers, but this depends on the solvent in which you want the solute to dissolve. If for example you're using water as a solvent, wax doesn't dissolve and neither does wood. If you're using methanol (ethanol) then sugar and salt don't dissolve. Freshly pressed orange juice doesn't dissolve in water or any other freshly pressed juice.
Solids do not flow because particles in a solid are so close together and their forces of attraction are so strong that they cannot flow past one another. If you have a 8th grade Science & Technology Textbook, you can look at page 89 in the second paragraph (Explaining Flow Using Particle Theory) and 2nd sentence, which is your answer that you are looking for (Using the particle theory explain why solids do not flow?)
I assume you mean to distinguish between sugar and salt by means of a chemical test, in which case: Since sugar is an organic compound, it will be soluble in organic solvents (such as mineral oil, butyl alcohol, acetone, etc), whilst the salt should not dissolve. You can then filter the salt from the liquid solution, before using evaporation to recondense the crystalline sugar. If you want the sugar to remain edible, I would recommend the mineral oil option. Ethanol (ethyl alcohol) should work in theory, however in practice, it is often available mixed with water, which will also readily dissolve the salt.
Use cold water. Using hot water means you need to wait for it to cool. It also means that - because of the way solubility works - you might not add enough water. If you want the sugar to dissolve quicker, stir it.
by heating the water slowly and by stirring using a spoon, you can dissolve salt and sugar.
how will you use the particle theory to explain why a saturated solution at 30 degreecelsius can become dilute at 70degree Celsius
it will dissolve
because....
The sun evaporates that water and the water turns to a gas.
Add water and dissolve sugar in it.Attract the Nickel particles using a magnet.The left out is sand.
Yes it will. There are a number of kids experiments that show this using candy canes.
cool stuff init
we describe air by answering it's properties
Copper doesn't directly dissolve sugar. When it comes to dissolving substances, it depends on their chemical properties and interactions. Copper is a metal, and sugar is a carbohydrate. They have different chemical compositions and properties, making it unlikely for copper to dissolve sugar. However, if you're conducting an experiment or process where you want to dissolve sugar using copper, it might involve indirect methods. For instance, you could use a copper container or implement a chemical reaction involving copper to change the conditions under which sugar dissolves.
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there are many answers, but this depends on the solvent in which you want the solute to dissolve. If for example you're using water as a solvent, wax doesn't dissolve and neither does wood. If you're using methanol (ethanol) then sugar and salt don't dissolve. Freshly pressed orange juice doesn't dissolve in water or any other freshly pressed juice.