Argon is a monoatomic element.
No, it is very low. Argon has a melting point of −189.3°C
Silicon has a high melting point due to its strong covalent bonds forming a network structure. In contrast, argon exists as individual atoms held together by weak London dispersion forces, resulting in a low melting point.
Argon has a higher melting point than Neon. Neon melts at -248.6 degrees Celsius, whereas Argon melts at -189.4 degrees Celsius.
Argon's melting point is 83.80 Kelvin, −189.35 °Celsius, or −308.83 ° Fahrenheit
Argon (Ar) Melting points: 83.80 K, −189.35 °C, −308.83 °F Boiling points: 87.30 K, −185.85 °C, −302.53 °F
No, it is very low. Argon has a melting point of −189.3°C
The melting point of argon is: -189,35 0C.
Silicon has a high melting point due to its strong covalent bonds forming a network structure. In contrast, argon exists as individual atoms held together by weak London dispersion forces, resulting in a low melting point.
The melting point of Argon is -189.3°C (83.8 K). At this temperature, solid Argon transitions to liquid form.
Argon has a higher melting point than Neon. Neon melts at -248.6 degrees Celsius, whereas Argon melts at -189.4 degrees Celsius.
189.19°C Is the freezing point. Or melting point of Argon.
Argon's melting point is 83.80 Kelvin, −189.35 °Celsius, or −308.83 ° Fahrenheit
189.2 c
Argon (Ar) Melting points: 83.80 K, −189.35 °C, −308.83 °F Boiling points: 87.30 K, −185.85 °C, −302.53 °F
There is no element with a melting point of -183 deg C. The nearest element is Argon, with a melting point of -189 deg C.
Yes it does and it is -189.3 0C
Argon's low melting point is due to its weak van der Waals forces between atoms, as it is a noble gas with a monatomic structure. These weak forces require less energy to overcome, resulting in a lower melting point compared to other elements with stronger bonds.