The boiling Point of impure water is 100 degrees celsius
No. Impurities increase the boiling point of a substance.
Anything that is dissolved in water will cause the boiling point to rise (and the freezing point to lower).
Melting and freezing are synonyms; impure water freeze at a lower temperature than pure water.
Not all impurities have the same effect, and you have not even said what solvent they are added to. So, the boiling point could go up, or down.
if the stearic acid were impure, would the freezing point of stearic acid be higher or lower than the value you obtain in this experiment.
the melting point of IMPURE water is lower because excess chemicals and sediments (and whatever else making it impure) get in the way of the water freezing directly by making it so that when the the water froze, it also had to freeze the sediments and chemicals (or else it wouldn't be frozen)
The melting point of an impure compound is almost *always* lower than that of a pure compound.
Water. Depending on whether you cooling ( freezing point) or whether you are warming (from ice to melting point).
It make the boiling point higher, and the freezing point lower.
if the stearic acid were impure, would the freezing point of stearic acid be higher or lower than the value you obtain in this experiment.
the melting point of IMPURE water is lower because excess chemicals and sediments (and whatever else making it impure) get in the way of the water freezing directly by making it so that when the the water froze, it also had to freeze the sediments and chemicals (or else it wouldn't be frozen)
because it helps to decrease the freezing point and if water is impure than its impurities lower the melting point.
The melting point of an impure compound is almost *always* lower than that of a pure compound.
Salt water has a lower freezing point and a higher boiling point.
the impurities will lower the melting point value.
Remember that the more impure the lower the melting point.
Water. Depending on whether you cooling ( freezing point) or whether you are warming (from ice to melting point).
Um... who says they do? Lead has a significantly higher density than aluminum but a considerably lower melting point.
It is lower.
lower melting points
It make the boiling point higher, and the freezing point lower.