The total resistance of parallel wires made of copper and aluminum can be calculated using the formula Rtotal = (Rcopper x Raluminum) / (Rcopper + Raluminum), where Rcopper and Raluminum are the individual resistances of the copper and aluminum wires, respectively.
Copper has a lower resistance compared to aluminum. This means that for the same length and thickness, copper wires will have a lower resistance than aluminum wires. This is due to copper having a higher conductivity compared to aluminum.
Copper is used more often than aluminum in electrical wiring because of its lower resistance, higher conductivity, and better corrosion resistance. This means that copper wires can carry more current and have less energy loss compared to aluminum wires.
Yes, copper and aluminum wires can be used together in a parallel circuit. However, it is important to consider the difference in resistance between the two materials and calculate the total resistance accordingly.
The resistance of copper and aluminum wires increases as the temperature increases. However, aluminum is more affected by temperature changes compared to copper. This is another reason why copper is preferred in electrical wiring as it can maintain a more stable resistance in varying temperatures.