>I don't recommend it. It is not a simple procedure as you need both a hot flame and >a good container to do it in. If you do not have access to laboratory equipment, >then do not attempt to do this!
You need access to a smelting furnace, crucible, and safety accessories.
>Don't try it. Lead melts at 690F and Gold at 2200F far above the vaporization point >of lead.
Not true. Lead's critical temps are:
Melting point 600.61 K
(327.46 °C, 621.43 °F) Boiling point 2022 K
(1749 °C, 3180 °F) Heat of fusion 4.77  kJ·mol−1 Heat of vaporization 179.5  kJ·mol−1
Gold's critical temps are:
Melting point 1337.33 K
(1064.18 °C, 1947.52 °F) Boiling point 3129 K
(2856 °C, 5173 °F) Heat of fusion 12.55  kJ·mol−1 Heat of vaporization 324  kJ·mol−1
>You'll have lead vapor in the air in a short time. Lead is toxic, and in the form of a >vapor, it is inhaled. The fastest way to get something into your body without using a >needle to inject it is to inhale it.
HAPPY SMELTING!!!
Heating lead to its melting point outside a lab setting is dangerous due to the risk of lead vapor inhalation, which can be harmful. It's not recommended to attempt this process without proper equipment and ventilation. Consider reaching out to a professional or using a specialized facility for gold extraction from lead.
assuming it is its own melting point NOTHING which is why its a MELTING point
The melting point is the temperature which a material, element or mixture, changes from the solid to a liquid. Therefore, all liquids become solids above the melting point.
Put the sand in a dish and heat it above the melting point of lead. The lead will flow to the bottom and separate from the sand. Due to the high density of the lead, the sand will float on the molten lead. When the lead and sand cool, you can separate the two.
Iodine melting point is above room temperature because its vapor pressure is less than one atmosphere.
Yes: FAR above.
assuming it is its own melting point NOTHING which is why its a MELTING point
is the temperature if the stiffer mantle above or below its melting point
Titanium has a high melting point of 3135°F (1725°C). This melting point is approximately 400°F above the melting point of steel and approximately 2000°F above that of aluminum.
The melting point is the temperature which a material, element or mixture, changes from the solid to a liquid. Therefore, all liquids become solids above the melting point.
-- pure alcohol at room temperature -- mercury at room temperature -- oxygen below its boiling temperature -- iron above its melting temperature -- nitrogen below its boiling temperature -- salt above its melting temperature -- gold above its melting temperature -- any other element or compound that is not H2O, above its melting temperature and below its boiling temperature
Put the sand in a dish and heat it above the melting point of lead. The lead will flow to the bottom and separate from the sand. Due to the high density of the lead, the sand will float on the molten lead. When the lead and sand cool, you can separate the two.
When a material is melting, the temperature is likely to be increasing. That or the temperature is just above the material's melting/freezing point.
is the temperature if the stiffer mantle above or below its melting point
Iodine melting point is above room temperature because its vapor pressure is less than one atmosphere.
Melting is a physical process.
Heat it up to above 660.32 °C (melting point)
Yes: FAR above.