# What 3 Things Are Needed To Make A Complete Circuit

When it comes to electricity, one of the most important concepts to understand is a complete circuit. A complete circuit is an uninterrupted pathway through which electric current can flow from one end to the other. To make a complete circuit, three things are needed: a source of electrical potential (a battery or power source), a conductive path (wire) and a load (light bulb or motor).

The first step to creating a complete circuit is to find a source of electrical potential. This can be a battery, a wall outlet, or a generator. The source of electrical potential provides the driving force for the electricity to move along the circuit.

The second component of a complete circuit is the conductive path. This is typically a piece of wire that runs between the two points of the circuit. Without this wire, electricity would not be able to flow from the power source to the load. It is important to note that the wire must be properly insulated so that electricity does not escape out of the edges of the wire.

The third and final component of a complete circuit is the load. This is typically something that needs electrical power to function, such as a light bulb or a motor. Without this component, the electricity will simply move along the wire without doing anything useful.

When all three components of a complete circuit are present, the electricity is able to flow from the power source to the load, providing power for whatever device or appliance is connected to the circuit. This simple but powerful concept is the basis for most modern electronic devices, from cell phones to refrigerators.

Creating a complete circuit is a relatively straightforward process. First, a source of electrical potential needs to be identified. Next, a conductive path must be established between the two points of the circuit. Finally, a load must be attached to the circuit so that the electricity can do something useful. Once these three components are in place, a complete circuit has been created and electricity can flow freely from one end to the other.

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