A more accurate answer is that silver is heavier than copper, softer, and has very similar conductivity. Silver is 10490 kg/m^3 while copper is only 8930 kg/m^3. Their bulk resistance is something on the order of 1.6 microOhm/cm for silver and 1.7 microOhm for copper.
Long story short, why would someone spend more money on a metal that doesn't hold up as well, is heavier and has slightly better conductive properties that most likely will never be used.
Copper offers good electric and thermal conductivity at reasonable price, and is easily worked into different shapes and sized: Once shaped into thin threads or sheets, copper is not brittle and can easily and repeatedly be bent, allowing for the manufacture of wires, coils from wires and flexible wires.
With wires and rigging that can be removed digitally.
the_best_is_silver">the best is silver-----Silver is better than copper which is better than gold which is better than aluminum.The absolute best would be a super-conductor at a temperature of absolute zero.
Total cost to make a bridge rectifier is about Σ25. A bridge rectifier is an electrical device that converts alternating currents (AC) to direct current (DC). The process of bridge rectification is a simple one using four diodes, two AC and two DC wires, an AC source and pliers.
Its probably not silver. Its probably tin plated to make it easier to solder.
Silver is used as a low resistance conductive material. Contactors and relays contact points are made of copper and are silver plated to obtain the lowest resistance between the moving contact faces.
Transition metals like copper and silver are used to make electrical wires because they have high electrical conductivity, meaning they allow electricity to flow easily. They are also ductile and can be easily drawn into thin wires without breaking, making them ideal for conducting electricity over long distances.
Even though silver is the best conductor of electricity, it is extremely expensive. Thus silver is not used to make electical wires. Silver is also very soft to be used as electric wires.
make sure your not near any electrical wires or telephone wires
A solder used for joining wires needs to be solid at working temperature when used in electrical devices. Mercury is a liquid and cannot be used. Mercury is used to make electrical connection in certain switches where contact is temporary and reversible.
cheese
To cover exposed electrical wires safely and effectively, you can use electrical tape or wire nuts to insulate and secure the wires. Make sure to turn off the power before handling the wires and consult a professional if you are unsure about how to properly cover them.
It has fairly good conductivity, good mechanical properties, yet is relatively inexpensive. Silver, for instance, is a much better conductor, yet is prohibitively expensive.
To properly connect and secure pigtail wires when installing a new electrical outlet, strip the insulation off the wires, twist them together with a wire nut, and then wrap the connection with electrical tape for added security. Make sure the wires are securely connected and there are no exposed wires.
To properly pigtail wires together for electrical connections, strip the insulation off the ends of the wires, twist them together securely, and cover the connection with a wire nut. Make sure the connection is tight and secure to prevent any electrical hazards.
The most important is the high electrical conductivity of copper.
Transition metals like copper and gold have high electrical conductivity due to their electron configurations, which allow them to easily transfer electrons. This property makes them ideal for use in electrical wires, as they facilitate the efficient flow of electricity with minimal resistance. Additionally, transition metals are ductile and can be easily drawn into wires, further enhancing their suitability for this application.