They are all non-ferrous metals, they are not magnetic, and they are also highly conductive and can also be used to conduct electricity.
nickel and silver...either 1! (the both do) hope this helps! bye! ::))
Out of copper, silver, and gold, silver has the highest conductivity.
Some metals that are not silver gray in color include gold (yellow), copper (orange-red), brass (yellow-brown), and bronze (reddish-brown).
Gold is typically mixed with metals such as silver, copper, nickel, or zinc to create different alloys with varying properties. For example, mixing gold with copper creates rose gold, while mixing it with silver creates white gold.
Silver, gold, and copper are all transition metals with similar electronic configurations, leading to comparable properties such as high electrical conductivity and ductility. Additionally, they all have a single outer electron that can easily move and contribute to their metallic bonding. These similarities in electronic structure contribute to their comparable properties.
They are metals
gold,silver and copper are the most common
nickel and silver...either 1! (the both do) hope this helps! bye! ::))
Copper, gold, and silver are some common metallic minerals.
All are metals and used to make coins.
Out of copper, silver, and gold, silver has the highest conductivity.
Some metals that are not silver gray in color include gold (yellow), copper (orange-red), brass (yellow-brown), and bronze (reddish-brown).
The other stable elements in the same periodic column as gold are copper and silver.
Gold is typically mixed with metals such as silver, copper, nickel, or zinc to create different alloys with varying properties. For example, mixing gold with copper creates rose gold, while mixing it with silver creates white gold.
All three are malleable, ductile, and good conducters.
Copper is an element that is in the same family as gold and silver. All of these metals are in the same group on the periodic table. Because of their similarities in structure, these metals have similar properties
Silver, gold, and copper are all transition metals with similar electronic configurations, leading to comparable properties such as high electrical conductivity and ductility. Additionally, they all have a single outer electron that can easily move and contribute to their metallic bonding. These similarities in electronic structure contribute to their comparable properties.