To conductive, would maybe work in some sort of alloy. Not by itself though.
No, pennies are made from a combination of metals that are not magnetic, such as copper and zinc. Therefore, a penny will not stick to a magnet.
Resistors are typically made from materials like carbon, metal oxides, or metal films due to their higher resistivity compared to copper. Using a material with higher resistivity allows for more precise control and customization of the resistance value in the resistor. Copper is commonly used for conductors due to its low resistivity.
no
you don't. you calculate resistors required for your needs then select closest available resistors made with acceptable tolerance.
Plastic, solder, and resistors.
To determine how many resistors need to be made to deliver 5,000 resistors, we must consider production losses, defects, or any other factors that affect the final count. For example, if they expect a 10% defect rate, they would need to produce 5,556 resistors (5,000 divided by 0.9). Therefore, the exact number of resistors to be made depends on the anticipated yield or defect rate in the production process.
Carbon composition resistors are resistors that are made with carbon or graphite mixed with a binding material. It's one type of resistors among several. There are also carbon-film resistors and metal-film resistors. Out of all the resistors, carbon-film resistors have the greatest tolerances and changes to temperature fluctations. Thus, they are used in applications where precision isn't critical and where temperature will not change drastically.
non-conductive resistors are resistors made from materials which do not allow the passage or flow of electric current through them.
The penny is made out of copper.
Not, of course !
Copper is a metal and is made of copper
Copper is mined as copper it is not an alloy