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.
The solubility of potassium nitrate in water at 40 0C is 91 g KNO3/100 g water.
So, the solution mentioned is saturated.
More than 91 grams of potassium nitrate for 100 mL water.
This solution is unsaturated.
This is an unsaturated solution.
Unsaturated
saturated.
That's hard
saturated decolourises alkyl kmno4 but unsaturated does not. due to substituition reaction by saturated solution
The solution is saturated with the sugar only either a suspension or a precipitate exists.
Over 9000!
by adding bromine water to the compound. if it is unsaturated, the red colour of the bromine water will fade quickly. if it is saturated, then it will not fade.
It is 100 degrees Celsius that water boils at.
Ammonium Nitrate! Fo sho doe.
Saturated hydrocarbon does not decolourise bromine water while unsaturated hydrocarbon decolourize it.
From your question it is impossible to tell. A salt-water solution can be unsaturated or saturated depending on how much salt was added.
The two zones of groundwater are the saturated zone and unsaturated zone.The saturated zone is filled with water and is below the unsaturated zone. The unsaturated zone has water and air in its pores (tiny open spaces in the soil).
Saturated means more than it can hold so dripping wet would be saturated with water.
Saturated air is more dense.
add bromine water. unsaturated compounds will decolourize bromine water
It's the opposite! The water table is the boundary between saturated rock below and unsaturated rock above.
saturated decolourises alkyl kmno4 but unsaturated does not. due to substituition reaction by saturated solution
Dry stuff. It's not saturated with water...
The solution is saturated with the sugar only either a suspension or a precipitate exists.
Over 9000!