You remove electric charge from your clean slacks by rubbing...

You remove electric charge from your clean slacks by rubbing a metal clothes hanger down the inside of the slacks. Which answer below represents the best explanation for why this works? (a) The charge travels from the cloth to the metal to your hand through your body to the ground. (b) The metal hanger absorbs all the charge. (c) The metal causes tiny sparks that send the charge into the air. (d) The metal provides charge to the cloth that neutralizes its charge. (e) None of these answers is reasonable.

You remove electric charge from your clean slacks by rubbing a metal clothes hanger down the inside of the slacks. Which answer below represents the best explanation for why this works?
(a) The charge travels from the cloth to the metal to your hand through your body to the ground.
(b) The metal hanger absorbs all the charge.
(c) The metal causes tiny sparks that send the charge into the air.
(d) The metal provides charge to the cloth that neutralizes its charge.
(e) None of these answers is reasonable.

Key Concepts

Grounding

Grounding is the process by which excess electrical charge is transferred to the Earth, effectively neutralizing the charged object. This occurs when a conductive path is provided, allowing accumulated static electricity to dissipate into the ground, thereby preventing the buildup of potentially disruptive or dangerous charge.

Static Electricity

Static electricity is the buildup of electrical charge on the surface of objects, often resulting from friction, which causes electrons to be transferred between materials. This phenomenon is responsible for the accumulation of charge on insulating materials and can lead to noticeable effects such as attracting small particles or causing a shock when discharged.

Conductors

Conductors are materials that allow electrical charges to move freely through them. Metals are common conductors, and when they come into contact with a charged object, they can facilitate the movement and redistribution of that charge, potentially transferring it away from the charged object.

Charge Transfer

Charge transfer involves the movement of electrical charge, usually electrons, from one material to another. This process can occur through contact or via a conductive medium, and it is a fundamental mechanism by which static electricity is generated or neutralized, depending on how and where the electrons are transferred.

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