Now that's a tough one, but so am I😊.....
This can actually go both ways. You see, If the Gold is in the water, then surely the water would evaporate quicker. But, if the Water is in the Gold, the water is trapped and therefore Unable to evaporate.
Water is evaporated faster.
Gold will melt at 1064.18 oC, and evaporate at 2856 oC.Gold boils at 2807.0°C or 5084.6 F °and its melting point 1064.43 C° or 1947.9741 F°.For gold to evaporate , it would take EXTREME HEAT TO DO THAT, and to myknowledge, it would be impossible to do that with out a heat source of greatmagnitude........1948 degrees== ==Gold melts at the temperature of i060 degrees C1064.18 °C OR 1947.52 °F when it is heated to high temperatures.Gold melts at 1948.316 degrees Fahrenheit
One L of gold would have a mass approximately 19 times that of 1 L of water. This is because the density of gold is ~19 x that of water.
Specific heat capacity
Any metal can be in a gas form once a boiling point it will evaporate and become a gas
A physicist's answer. Archimedes principle: It would displace either it's volume of Mercury (if the specific gravity (SG) of mercury is less than that of gold...which I think it is and there were enough mercury for the gold to completely submerge the gold, i.e it sinks to the bottom) OR it would displace it's weight of mercury (assuming the SG of mercury is greater than that of gold...which I doubt, again assuming sufficient mercury in the container, i.e. it floats). Also, amalgamation of the gold and mercury will take place over time. I'm not sure what voltaic phenomenon might occur.
gold because it is a better conductor of heat
I did a little research and it said that gold can evaporate if you add another substance to it, not any substance though. Its a certain substance. To know more try google. By: MTS
It could dry to be 24k, that is 100% pure. In that the carrier would evaporate and leave behind pure gold. But most may not have any gold. Check with the manufacturer.
Gold will melt at 1064.18 oC, and evaporate at 2856 oC.Gold boils at 2807.0°C or 5084.6 F °and its melting point 1064.43 C° or 1947.9741 F°.For gold to evaporate , it would take EXTREME HEAT TO DO THAT, and to myknowledge, it would be impossible to do that with out a heat source of greatmagnitude........1948 degrees== ==Gold melts at the temperature of i060 degrees C1064.18 °C OR 1947.52 °F when it is heated to high temperatures.Gold melts at 1948.316 degrees Fahrenheit
Probably as it contains phosphoric acid but soap and water would work faster and better in most cases for ordinary crud found on jewelry in general.
Gold is an element but water and sugar are compounds. Put together they would be a mixture.
Heat capacity, it takes more energy to raise the temperature of water 1o than it does gold 1o. That's why if you apply the same amount of heat to gold and water the gold will heat up faster (i.e., change temperature quicker).
One L of gold would have a mass approximately 19 times that of 1 L of water. This is because the density of gold is ~19 x that of water.
silver would
No, not in water. Gold is very dense. However, if you found a liquid that is more dense than gold, at a temperature that would not melt the gold, then the gold would indeed float in it.
Pure gold is NOT magnetic. If gold were magnetic, then why would anyone ever waste time to "pan for gold": they would just drag magnets through the water.
Gold was first discovered in the region of the Balkans in Europe, around 4000 BC. This discovery led to the utilization of gold in ancient civilizations such as Egypt and Mesopotamia for various purposes such as jewelry, currency, and religious artifacts.