A complete path through which electric charge can flow is called a(n):

A complete path through which electric charge can flow is called a(n):

• A. Circuit diagram
• B. Polarization
• C. Electric circuit
• D. Static discharge

Answer: (C)

A complete path for electric charge to flow is an electric circuit. The essential idea is that current needs a closed loop to move continuously—from the power source, through conductors and any devices, and back to the source. When the loop is closed, electrons can keep circulating, delivering energy to components along the way. If the path is broken, current can’t flow, which is why an open circuit stops the current. The other terms don’t fit as well: a circuit diagram is just a drawing of connections and components, not an actual path for current; polarization is the separation of charges in an insulating material under an electric field and does not describe a continuous conductive loop; static discharge is a brief, momentary flow of charge to equalize potential, not a sustained current around a loop.

A complete path for electric charge to flow is an electric circuit. The essential idea is that current needs a closed loop to move continuously—from the power source, through conductors and any devices, and back to the source. When the loop is closed, electrons can keep circulating, delivering energy to components along the way.

If the path is broken, current can’t flow, which is why an open circuit stops the current.

The other terms don’t fit as well: a circuit diagram is just a drawing of connections and components, not an actual path for current; polarization is the separation of charges in an insulating material under an electric field and does not describe a continuous conductive loop; static discharge is a brief, momentary flow of charge to equalize potential, not a sustained current around a loop.