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Colloidal precipitates are made up of colloidal particles which are really small (1 to 100 micrometres). Since they are small, they have a lot of surface area which promotes surface adsorption. Surface adsorption increases impurities as foreign ions might be present in the counter-ion layer. Crystalline precipitate consists of larger particles, have lesser surface area, thus surface adsorption is less. Hence they are more pure.
There aren't different types of water (unless you count water with different levels of impurities, but in most cases the impurities will have the same effect as the salt, so it is just the purer water that needs more 'added' salt)
Precipitates form whenever two insoluble ions are in solution, thereby leaving solution. They can form either gases or solids (usually solids).
impurities such as nitrogen and carbondioxide
Precipitates will form
Filtering paper id used to separate precipitates or other insoluble impurities from solutions.
The kinds of impurities that remain in river water include many types of bacteria and heavy metals.
Your question depends on the types of impurities you're measuring. Impurities develop both when the diamond is formed, and after the diamond is formed. For example, if you are measuring visible impurities -- other minerals included within the clear gemstone -- you can measure them with a 10X loupe, and measure them visually. You can read more about both types here: http://en.wikipedia.org/wiki/Diamond_flaws
Colloidal precipitates are made up of colloidal particles which are really small (1 to 100 micrometres). Since they are small, they have a lot of surface area which promotes surface adsorption. Surface adsorption increases impurities as foreign ions might be present in the counter-ion layer. Crystalline precipitate consists of larger particles, have lesser surface area, thus surface adsorption is less. Hence they are more pure.
As both depends on the weather because the four types of precipitation are RAIN, SNOW,SLEET, and HAIL!
Ammonia does not have impurities in it
The idea is that, depending on the impurities added, the semiconductor will be of one of two different types: * n-type, where the current is conducted by electrons, and * p-type, where the current is conducted by holes.
questions
overheating
Precipitates
Crystalline precipitates have less surface area than the colloidal precipitates, therefore they are more pure. Additionally, crystalline precipitates, because they are larger, are more easily separated from the surrounding solution.
NPN and PNP are transistor types. The difference in the way the layers of semiconductor material are doped with impurities.