chemical because you are able to turn it into a solid again adn melt it again and agian and it can be changed to origanal state. :)
Solder is a fusible metal alloy typically composed of tin and lead, with a low melting point. It is malleable, ductile, and conducts electricity well. Solder forms strong bonds between metals through a process called wetting, where it adheres to the surface of the materials being joined.
The best way would be to dissolve the solder in some hydrochloric acid or Muriatic acid and then use the process of electrolysis to grow the Tin crystals. I think the tin crystals will form on the cathode....so use an inert electrode such as graphite.
No, a soldering pot is typically used for melting solder, which is a lower melting point metal alloy. Gold has a much higher melting point than solder and would require a higher temperature source, like a furnace or torch, to melt.
70/30 (70% tin, 30% lead) the more lead in an alloy the higher the melting point is.
SN63BS solder is a type of leaded solder that consists of 63% tin and 37% lead, which makes it eutectic. It has a low melting point, good flow characteristics, and is commonly used in electronic and electrical applications.
Solder is a fusible metal alloy typically composed of tin and lead, with a low melting point. It is malleable, ductile, and conducts electricity well. Solder forms strong bonds between metals through a process called wetting, where it adheres to the surface of the materials being joined.
The melting point of solder generally decreases as the tin content increases. This is because tin has a lower melting point than other common soldering materials, such as lead. An increase in tin typically leads to a more fluid and lower melting alloy, which can be beneficial for soldering applications. However, the exact melting point can also depend on the specific composition of the solder alloy.
homologous temperature
Solder melts before pure tin or pure lead because the molecules of the tin and the lead which make up the solder have not bonded chemically (they have only been mixed together so there has been not chemical reaction), so can easily vibrate quicker, therefore they will melt quicker.
The best way would be to dissolve the solder in some hydrochloric acid or Muriatic acid and then use the process of electrolysis to grow the Tin crystals. I think the tin crystals will form on the cathode....so use an inert electrode such as graphite.
Solder typically melts at temperatures between 180°C to 190°C (360°F to 375°F), depending on the type of solder alloy being used.
Yes, burning of a sparkle is a chemical change because once sparkle has changed its form it cannot come into its previous form. For understanding you can also take the example of cooked rice which once cooked cannot be raw again.
Solder needs to have a low melting point so that it can be easily melted and flow into the joint being soldered without causing damage to the components being soldered. If the melting point is too high, there is a risk of overheating the components and causing them to malfunction or become damaged.
With solder and hot-melting glue.
No, a soldering pot is typically used for melting solder, which is a lower melting point metal alloy. Gold has a much higher melting point than solder and would require a higher temperature source, like a furnace or torch, to melt.
70/30 (70% tin, 30% lead) the more lead in an alloy the higher the melting point is.
Traditional electronics solder also contains resin.