The experiment likely worked with ethanol due to its unique chemical properties, such as lower polarity and smaller hydrogen bonding capabilities compared to water. Ethanol's ability to dissolve a wider range of substances and its lower boiling point may have facilitated the desired reaction or interaction in the experiment. In contrast, water's strong hydrogen bonding and high surface tension could inhibit the same processes, resulting in a lack of observable results. Thus, the different solvent properties between ethanol and water played a crucial role in the experiment's outcomes.
Ethanol would work because it is alcohol-induced, therefore, it is stronger than water.
1 kg of water will float in ethanol because ethanol is less dense than water.
You would use distillation, in which the ethanol and water will boil at different temperatures.
Divide the mass of the ethanol by the sum of the mass of the ethanol + that of the water and multiply by 100. Mass ethanol/(Mass ethanol + mass H2O) (x100)
Ethanol is less dense than water so it will initially float on a water surface. Given that ethanol is totally miscible with water, an ethanol layer on top of a water layer will diffuse into the water while the water will diffuse into the ethanol until a single uniform composition solution of alcohol and water is achieved.
Measure equal amounts of water and ethanol in separate containers. Take temperature of both. Add ethanol to water and take temperature.
Ethanol would work because it is alcohol-induced, therefore, it is stronger than water.
It has the elements of water within its formula. CH3CH2OH / H2O It is a very hygroscopic substance and readily forms 'hydrogen bonds' with water . CH3CH2OH----OH2 (Water drawn like this for clarity of hydrogen bonds. or OH2----OH(CH2)CH3 ( again drawn like this for clarity of hydrogen bonds).
Water and ethanol. Oil is immiscible with either of those.
1 kg of water will float in ethanol because ethanol is less dense than water.
You would use distillation, in which the ethanol and water will boil at different temperatures.
Fractional Distillation. Heat the mixed liquids to a temperature between the boiling points of water and ethanol. The one will boil over and be condensed, leaving the other in the boiling tube.
technical grade is bethween 96% and 98% ethanol and ethanol absolute means pure ethanol whithout water ('almost') 99.9% ethanol Absolute ethanol has no water whereas 96% ethanol has 4% water or 98% has 2% water. Thus, the reaction can occur with water.
Ethanol+oxygen-carbon dioxide+water
Of course, these substances are ethanol and water.
Ethanol burns differently than a mix of ethanol and water because water has a higher boiling point compared to ethanol. Water will absorb heat during combustion, which can lower the overall temperature and affect the efficiency of the burning process. This can lead to a slower and less complete combustion compared to pure ethanol.
Yes. We did this experiment today and it worked. But I don't know why.