Brass is an alloy of copper and zinc. Bronze is an alloy of copper and tin. Copper is a very good conductor of electricity.
Bronze and brass are copper alloys, not salts.
copper
The main alloys of copper are Brass (with zinc) and Bronze (with tin).
Brass is an alloy made of (mainly) Copper and Zinc
Both these alloys contain the common metal,copper
Brass and bronze
Brass and bronze are both alloys made primarily of copper. Brass is made primarily of copper and zinc, while bronze is made primarily of copper and tin. Both alloys have a warm, golden hue and are commonly used in applications such as musical instruments and decorative items.
Bronze and brass are copper alloys, not salts.
It is a moderately good conductor, but not great. If you rate pure copper at 100%, then regular annealed copper wire rates an 85%, various aluminum alloys are between 50 an 60%, commercial annealed bronze rates a 44%, brass about 32%, and zinc about 29%. There are several different alloys of bronze, by the way, including phosphor bronze. Each has a different conductivity, so the above is rule-of-thumb info, not exact.
brass steel and bronze
copper
Brass and bronze are both alloys: metals made by combining two or more metals. Because alloys contain two different types of molecules, brass and bronze aren't elements. * Brass is composed of copper and zinc * Bronze is composed of copper and tin
brass is a good conductor, not a super conductor.
Brass will conduct both electricity and heat. So brass is a conductor, but not an insulator.
A brass paper fastener is a conductor of electricity.
The main alloys of copper are Brass (with zinc) and Bronze (with tin).
It is a moderately good conductor, but not great. If you rate pure copper at 100%, then regular annealed copper wire rates an 85%, various aluminum alloys are between 50 an 60%, commercial annealed bronze rates a 44%, brass about 32%, and zinc about 29%. There are several different alloys of bronze, by the way, including phosphor bronze. Each has a different conductivity, so the above is rule-of-thumb info, not exact.