battery, wire, and light bulb
An open circuit
The four elements of a complete (electrical) circuit: 1)A source of input (power supply) 2)A means of conductivity (usually wire) 3)A means by which to open and close the circuit (a switch) 4)An output device (motor, light bulb, etc)
Any complete circuit. ==== An electrical circuit.
Integrated Circuit
A series circuit or a parallel circuit
A complete path and a voltage source.
If you ground the flow of current like the last part of your question states you will not have a complete circuit as the circuit will open on a short circuit. To make a complete circuit operate you need a power source, an overload device to protect the conductors of the circuit, conductors to carry the current and a load across the power source which causes the current to flow in the circuit. Leave any one of these things out and you will not have a complete circuit.
An open circuit or a short-circuit (if that circuit is complete).
no, the circuit won't complete
Current flows through a complete circuit.
An electrical path that is not complete is called an open circuit. In an open circuit, there is a break in the path that prevents the flow of electricity, so the circuit is not complete and devices connected to it will not function.
An open circuit
one
Complete circuit.
if an electric circuit has potential difference. Electricity will flow only if an electrical circuit is closed.
A complete circuit is made up of a power source (such as a battery), a load (such as a lightbulb), and conductive material (such as wires) connecting the two. When these three elements are connected in a closed loop, electrons can flow through the circuit, allowing the load to receive electrical energy and operate.
A complete circuit requires a power source, a load (such as a light bulb or motor), and conductive material (such as wires) to connect the two components and allow the flow of electric current. The circuit needs to be closed, meaning there is a complete path for the electricity to travel from the power source, through the load, and back to the power source.