Suzanne created a circuit with a battery, some copper wire, and a light bulb. How might adding a piece of gold wire to the circuit affect the flow of electricity through the circuit? A. Gold wire will not allow the electricity to flow down the wire. B. Gold wire will allow the electricity to flow down the wire. C. Gold wire will act as a switch to turn on the circuit. D. Gold wire will act as a switch to turn off the circuit.

I'm in an engineering middle school so we learned this a long time ago. The answer is B. Because gold is a conductor of electricity (though it is not the strongest), it would allow electricity to flow through the circuit.

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shrutiagrawal1798 shrutiagrawal1798 · Answer 2 · 2022-01-20T12:33:46+01:00

The introduction of gold in the circuit result in electricity to flow down the wire. Thus, option B is correct.

The electric circuit has been defined as the closed system of wires and battery, that will allow the flow of electricity.

The circuit has been composed of wires to allow the flow, battery to provide current to the system, and the lightbulb to indicate the current flow in the system.

Gold in the electric circuit

The circuit has been composed of all the components, thus it has been able to allow the flow of current. The introduction of gold in the circuit has been resulted with the no change in the flow of current.

This has been given as gold has been the conductor of heat and electricity and thus allows the flow of electricity down the wire, Thus, option B is correct.

Learn more about the electric circuit, here:

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