Want this question answered?
how will you use the particle theory to explain why a saturated solution at 30 degreecelsius can become dilute at 70degree Celsius
A saturated solution can dissolve more when you increase its temperature and less when you decrease. When hot saturated solution is cooled to zero degrees Celsius, or beyond it the solubility of the solvent will decrease and precipitate until it forms a solid.A saturated solution is one that has reached its saturation level for a specific solute (what is dissolved in it). The saturation level depends on the temperature and different solutes have different saturation levels at different temperatures.When a saturated solution is cooled, one of two things can happen.If the temperature drop reduces the saturation level, the liquid will be supersaturated and some of the dissolved substance will precipitate out of the solution and you will eventually see particles or crystals floating on top or settling on bottom of the liquid.If the temperature drop is slow enough and the liquid is not disturbed, it may become supersaturated but retain the solute. The amount of solute will exceed the saturation level. Any disturbance can start the precipitation such as shaking or dropping something into the solution.
No.
When air is saturated at 30 degrees celsius
temperature scalesBoth Celsius and Fahrenheit are forms of measuring the temperature.
Add potassium nitrate to distilled water while stirring continuously; stop adding potassium nitrate once the chemical becomes saturated and stops dissolving in the water. Filter the solution into an evaporating dish and measure the temperature of the solution. Measure the temperature and carefully heat the solution under low heat. Weigh the potassium nitrate to determine its solubility. You should find that approximately 36 g of potassium nitrate can be dissolved in 100 ml of water at room temperature (25 degrees Celsius). santosh kumar.batchu santoshkumar@gmail.com
KNO3 140 g/100 g of water is a saturated solution at about 70 to 75 oC. The solubility change with temperature and it need to be stated for reference temperature. For standard room temperature, KNO3 is saturated at 38.3 g/ 100 g water.
how will you use the particle theory to explain why a saturated solution at 30 degreecelsius can become dilute at 70degree Celsius
105 Celsius
Min. 36,69 g NaCl in 100 g solution.
Adding salt to water increases its density and lowers its freezing point. ---------------------- I've just completed a repeated experiment on the effects of salt and the freezing point of water. A saturated salt solution will not freeze at -15 degrees Celsius (my freezer temperature). At exactly -21.1 degrees Celsius the salt begins to crystallize out of the solution, along with the ice, until the solution completely freezes.
zero Kelvin is -273.15 degrees C. therefore 355 - 273.15 = 81.85 degrees Celsius
104g
Over 9000!
Ammonium Nitrate! Fo sho doe.
The solubility of potassium dichromate in water is 4.9 g/100 ml (0°C)
A saturated solution can dissolve more when you increase its temperature and less when you decrease. When hot saturated solution is cooled to zero degrees Celsius, or beyond it the solubility of the solvent will decrease and precipitate until it forms a solid.A saturated solution is one that has reached its saturation level for a specific solute (what is dissolved in it). The saturation level depends on the temperature and different solutes have different saturation levels at different temperatures.When a saturated solution is cooled, one of two things can happen.If the temperature drop reduces the saturation level, the liquid will be supersaturated and some of the dissolved substance will precipitate out of the solution and you will eventually see particles or crystals floating on top or settling on bottom of the liquid.If the temperature drop is slow enough and the liquid is not disturbed, it may become supersaturated but retain the solute. The amount of solute will exceed the saturation level. Any disturbance can start the precipitation such as shaking or dropping something into the solution.