The actual melting temperature of gold is 1000 degree C. But I noticed when pure gold wire whose diameter is 3 mills is put into the molten blob of solder (60% tin + 40% lead) which is at only 300 degree C, the gold melts and alloyed up with the molten tin.

How the tin lead alloy reduce the melting temperature of gold?

The actual melting temperature of gold is 1000° C. However, I noticed when pure gold wire whose diameter is 3 mills is put into the molten blob of solder (60% tin + 40% lead), which is at only 300° C, the gold melts and gets alloyed up with the molten tin.

How does the tin-lead alloy reduce the melting temperature of gold?

The actual melting temperature of gold is 1000 degree C. But I noticed when pure gold wire whose diameter is 3 mills is put into the molten blob of solder (60% tin + 40% lead) which is at only 300 degree C, the gold melts and alloyed up with the molten tin.

How the tin lead alloy reduce the melting temperature of gold?

The actual melting temperature of gold is 1000 degree C. But I noticed when pure gold wire whose diameter is 3 mills is put into the molten blob of solder (60% tin + 40% lead) which is at only 300 degree C, the gold melts and alloyed up with the molten tin.

How the tin lead alloy reduce the melting temperature of gold?

The actual melting temperature of gold is 1000 degree C. But I noticed when pure gold wire whose diameter is 3 mills is put into the melting blob of solder (60% tin + 40% lead) which is at only 300 degree C, the gold melts and alloyed up with the molten tin.

How the tin lead alloy reduce the melting temperature of gold?

The actual melting temperature of gold is 1000 degree C. But I noticed when pure gold wire whose diameter is 3 mills is put into the molten blob of solder (60% tin + 40% lead) which is at only 300 degree C, the gold melts and alloyed up with the molten tin.

How the tin lead alloy reduce the melting temperature of gold?