General

Fusion Examples

Fusion is a process in which a matter in a solid state changes to a liquid state. This occurs because of the change in temperature that can be at a point similar to that of the object in question at a high level, that is, the temperature rises in such a way that the matter is exposed to a certain intensity of heat .

This energy is transferred to the atoms and they begin to vibrate at a very rapid rate to the point where the bonds that join these atoms change , resulting in the transformation of matter from solid to liquid state, the point at which Such binding is altered is known as the melting point.

It should be noted that fusion and smelting can be considered as the same process with the difference that in the second case it only applies to metallic objects and crystalline solid objects which are liquefied when exposed to high temperatures.

40 Fusion Examples

  1. Ice cubes that melt into water
  2. The melting of nitrogen upon reaching a temperature of -210 ° C
  3. Helium melting temperature, at -272 ° C.
  4. Hydrogen melting temperature, at -259 ° C.
  5. Fusion of arsenic, when it reaches 81 ° C.
  6. Chlorine melting temperature at -101 ° C.
  7. Fusion of bromine, when it reaches -7 ° C.
  8. Melting of osmium, when the temperature is 3045 ° C.
  9. Transformation of gold into liquid, at 1064 ° C.
  10. Molybdenum melting, at 2617 °.
  11. Zirconium melting temperature, 1852 ° C.
  12. Melting temperature of francium, at 27 ° C.
  13. Boron melting at 2300 ° C.
  14. Melting temperature of argon, at -189 ° C.
  15. Radon melting, when it reaches -71 ° C.
  16. Transformation of alcohol into liquid, at -117 ° C.
  17. Neon melting temperature, at -249 ° C.
  18. Chromium melting at 1857 ° C.
  19. Formation of liquid uranium, at 1132 ° C.
  20. Lutetium fusion, at os 1656 ° C.
  21. Fluorine fusion, when it reaches -220 ° C.
  22. Mercury melting temperature, at -39 ° C.
  23. Melting temperature of oxygen, at -218 ° C.
  24. Chloroform melting at 61.7 ° C.
  25. Fusion of gallium, when it reaches 30 ° C.
  26. Rubidium melting temperature, 39 ° C.
  27. Tungsten melting temperature, 3410 ° C.
  28. Phosphorus melting temperature, 44 ° C.
  29. Potassium melting at 64 ° C.
  30. Volcanic magma
  31. Melted glass when subjected to high temperatures
  32. Chocolate when melted with heat to become liquid chocolate
  33. The melting of tungsten at a temperature of 3396 ° C
  34. Solid cast copper for the production of lead wires and cables
  35. Melt metals
  36. Melt candles
  37. Melt plastics
  38. Melt cheese
  39. Melted butter
  40. The Welds

Finally, fusion occurs when a temperature level is high enough for chemical fusion to occur, thus making it possible to determine the level of purity that the matter in question has. This means that if said matter has impurities in its composition, the melting point is significantly reduced.

Related Articles

Leave a Reply

Your email address will not be published.

Check Also
Close