Tungsten has the highest boiling point of the elements. See link below. (Note that Wikipedia has a different value than you give in the question, 5828K or 5555°C.) I checked some standout minerals, and they all boil at lower temperatures CaF2, even carbon (diamond, graphite). Note that "boiling point" can be adjusted by changing the pressure, as with anything.
Tungsten is not considered an essential element for human health, and there is no known biological role for it in the body. While trace amounts may be present in some biological systems, its effects on human health are not well understood. Research suggests that tungsten can be toxic in higher concentrations, but further studies are needed to clarify its potential impacts. Overall, tungsten is not required for normal physiological functions.
At 1000 degrees Celsius, most substances would be in a liquid state, as this is above the boiling point for many materials. However, some substances with higher boiling points, like tungsten or carbon, may still be in solid form even at 1000 degrees Celsius.
Tungsten is preferred over nichrome in bulbs because it has a higher melting point and can withstand higher temperatures without sagging or degrading. This makes tungsten more suitable for the high heat generated in a light bulb filament. Additionally, tungsten has a higher resistance, allowing it to produce more light for a given amount of electrical power input compared to nichrome.
The magnesium chloride solution has a higher boiling point.
The boiling point is always higher than the melting point.
tungsten
The boiling point of mineral water typically ranges from 212°F (100°C) to slightly higher depending on the mineral content. The dissolved minerals can increase the boiling point slightly compared to pure water.
Tungsten is an element that is stronger and harder than titanium. It has a higher tensile strength and can withstand higher temperatures, making it a popular choice in applications where durability and resilience are important.
Tungsten is not commonly used as a heating element in iron boxes because it has a very high melting point, which would make it difficult to work with and shape into the required size and configuration for the heating element. Additionally, tungsten is quite expensive compared to other materials commonly used for heating elements, making it less economical for this application.
The highest boiling point among elements can be found by looking at the group of the periodic table in which the element is located. Generally, elements with higher atomic numbers and greater atomic masses will have higher boiling points. Within a group, elements with stronger intermolecular forces, such as metallic and covalent bonding, will also tend to have higher boiling points.
ionic
Tungsten is not considered an essential element for human health, and there is no known biological role for it in the body. While trace amounts may be present in some biological systems, its effects on human health are not well understood. Research suggests that tungsten can be toxic in higher concentrations, but further studies are needed to clarify its potential impacts. Overall, tungsten is not required for normal physiological functions.
The bonding in tungsten arises from strong unsaturated covalent bonds between valanced 5d orbitals .Therefor tungsten has a higher melting point (3422 °C) compared to other metals .
Helium has the lowest boiling point of any naturally occurring material. Monoatomic Hydrogen remains a gas at a lower temperature but that does not occur in nature.
At 1000 degrees Celsius, most substances would be in a liquid state, as this is above the boiling point for many materials. However, some substances with higher boiling points, like tungsten or carbon, may still be in solid form even at 1000 degrees Celsius.
Tungsten is harder than cobalt. Tungsten has a higher hardness on the Mohs scale than cobalt, making it more resistant to scratching or deformation.
Tungsten is preferred over nichrome in bulbs because it has a higher melting point and can withstand higher temperatures without sagging or degrading. This makes tungsten more suitable for the high heat generated in a light bulb filament. Additionally, tungsten has a higher resistance, allowing it to produce more light for a given amount of electrical power input compared to nichrome.