Water boils at 212°F. Iron's boiling point is 5,182°F. Quite a difference.
Melting point of iron=1535oC Boiling point of iron=2750oC
No. The boiling point of water is well below the melting point of iron.
Yes but hardly measurable. Boiling water is only 212 degrees F.
The higher boiling point of iron compared to water is due to the strong metallic bonding between iron atoms, which requires more energy to break compared to the hydrogen bonds in water. This makes it harder for iron atoms to escape into the gas phase, resulting in a higher boiling point.
Very high. For example, sodium (Na) has a boiling point of 883 degrees C, and iron has a boiling point of 2750.0 degrees C, and gold has a boiling point of 2600 degrees C. You can probably find a Period Table that includes the boiling points of all the elements and much more information.
I think is very fast Thanks
Metals have metallic bonds, water has a covalent bond.
assuming this is the same mixture, filter out the iron fillings. than pour of the oil and kerosene from the surface. This is where is gets hard. For the water and alcohol you need to find the boiling points and than pick a temperature in between than, using distillation you need to raise the temperature to that predetermined temperature. Than change the container it is going into than boil of the rest. This will than leave any dissolved salts in the original flask. Do the same for kerosene and oil. If there is salts in it, you need to add other salts that which will form dissolved that will react and form an insoluble salt which can than be filtered out.
Air expands the most.
Some examples of metals with low melting and boiling points include mercury, cesium, and gallium. These metals have melting and boiling points significantly lower than traditional metals like iron and copper.
The boiling point of iron is 2 862 0C.
Boiling water increases the temperature and energy of the molecules, facilitating the dissolution of oxygen and enhancing the rate of rusting. The higher temperature accelerates the chemical reactions between iron, water, and oxygen, leading to the formation of iron oxide, or rust. Additionally, boiling can help remove impurities from the water, allowing for a more effective rusting process.