To find the substance, you can use a Nomograph Table. Take the observed boiling point and the pressure to find the change in temperature correction. It was found that the actual boiling point was 3.5 degrees off what was stated, so the boiling temperature is 60.5 degrees Celsius. The compound has a boiling point of approximately 60.5 degrees (1) in water and (s) in cyclohexane and alcohol. Chloroform is extremely close to this, with its normal boiling point being 61 degrees Celsius and it matches everything else.
this sounds like a test question - I would be hesitant to answer this unless it was re-worded as a personal inquiry
The substance is Bromoform.
The melting point for lauric acid is about 45 degrees while it is 121 degrees for naphthol. So, in a mixture repeated cycles of slow warming and cooling should separate out lauric acid from naphthol. You can improve the efficiency by adding a dash of slightly acidic 70% isopropyl alcohol. This will deprotonate the lauric acid while maintaining the proton on naphthol during this process to enhance separation and purification of the two compounds. You could also flat-out distill the two products by maintaining the temperature of the solution at the boiling point of lauric acid to separate it from naphthol.
Yes, cyclohexene has lower boiling point than cyclohexanol (and cyclohexane as well)
steam distillation is an effective way to separate slightly volatile water insolube substance from nonvolatile material
using boiling water. benzanilide is insoluble.
what is the melting point and boiling point of substance
The melting point for lauric acid is about 45 degrees while it is 121 degrees for naphthol. So, in a mixture repeated cycles of slow warming and cooling should separate out lauric acid from naphthol. You can improve the efficiency by adding a dash of slightly acidic 70% isopropyl alcohol. This will deprotonate the lauric acid while maintaining the proton on naphthol during this process to enhance separation and purification of the two compounds. You could also flat-out distill the two products by maintaining the temperature of the solution at the boiling point of lauric acid to separate it from naphthol.
This depends on the pressure.
it could be splash or bomb because you put an insoluble substance eh so it has the tendency it will bomb because also of the gravity:)
If the solid is insoluble, it will have little or no effect on the boiling point. If it is soluble, it will raise the boiling point.
At room temperature cyclohexane is a liquid. According to the Wikipedia article on cyclohexane, it's melting point is 6.47 degrees C and it's boiling point is 80.74 degrees C.
Yes, cyclohexene has lower boiling point than cyclohexanol (and cyclohexane as well)
If the stone is insoluble the boiling point is unchanged.
The boiloing point of toluene at atmospheric pressure of 760 mm (torr) is 110.5 deg C. Reducing the pressure lowers the boiling point. The boiling point of toluene at 600 mm (torr) is 104.0 deg C.
Boiling is to heat an liquid to the point where it will turn from a liquid to a gas. Because the substance cannot be at temperature higher than its boiling point the temperature will remain that until all the liquid has been boiled away. That is why if I were to heat some alcohol and water the temperature would remain at about 60oC until all the alcohol had evaporated away. Then the temperature would go to 100oC and the water would boil. The boiling point of substance is the temperature at which the substance will turn from a liquid to a gas. This is about 100oC for water.
It is impossible to 'attract' any boiling point (whatever that may mean):Boiling point is a physical property of a particular liquid compound depending on pressure.
it is some type of alcohol did a distillation lab on it today
steam distillation is an effective way to separate slightly volatile water insolube substance from nonvolatile material