Which statement is not correct?

Which statement is not correct?

• A. Electricity always travels to ground.
• B. Electricity can travel in a closed loop from source to load.
• C. Conductors provide a path for current.
• D. Electrical energy can be converted to light.

Answer: (A)

Electric current needs a complete, closed path to flow. Grounding is a safety reference point and can be connected to the chassis or earth, but it is not the normal return path for current in all circuits. In typical operation, current travels from the source, through conductors to the load, and returns to the source via the designed return path. Ground may be involved in fault protection or safety schemes, but it isn’t automatically the path for regular current flow. That’s why the statement that electricity always travels to ground isn’t correct. The other statements reflect real aspects of electrical circuits: current can move in a closed loop from source to load and back; conductors provide the path for that current; electrical energy can be converted to light in devices like lamps.

Electric current needs a complete, closed path to flow. Grounding is a safety reference point and can be connected to the chassis or earth, but it is not the normal return path for current in all circuits. In typical operation, current travels from the source, through conductors to the load, and returns to the source via the designed return path. Ground may be involved in fault protection or safety schemes, but it isn’t automatically the path for regular current flow. That’s why the statement that electricity always travels to ground isn’t correct. The other statements reflect real aspects of electrical circuits: current can move in a closed loop from source to load and back; conductors provide the path for that current; electrical energy can be converted to light in devices like lamps.