What is the interaction called when opposite charges attract and like charges repel?

What is the interaction called when opposite charges attract and like charges repel?

• A. Electrostatic Attraction/Repulsion
• B. Magnetic Force
• C. Gravitational Pull
• D. Nuclear Force

Answer: (A)

The interaction described is known as Electrostatic Attraction/Repulsion. This principle is fundamental in the study of electricity and magnetism, which states that objects with opposite electric charges (positive and negative) will exert an attractive force on each other, while objects with like charges (both positive or both negative) will exert a repulsive force. This behavior can be observed in everyday phenomena, such as when a balloon is rubbed against hair, causing it to attract small bits of paper due to the resultant charge. Other interactions mentioned, such as Magnetic Force, involve the behavior of magnets and magnetic fields, which have their unique rules and do not directly relate to electric charges. Gravitational Pull pertains to the attraction between masses and does so irrespective of charge, while Nuclear Force operates at the atomic level, governing interactions between subatomic particles rather than charges in the way described in the question. Thus, the concept of Electrostatic Attraction/Repulsion is the most accurate answer regarding the interaction of charged objects.

The interaction described is known as Electrostatic Attraction/Repulsion. This principle is fundamental in the study of electricity and magnetism, which states that objects with opposite electric charges (positive and negative) will exert an attractive force on each other, while objects with like charges (both positive or both negative) will exert a repulsive force. This behavior can be observed in everyday phenomena, such as when a balloon is rubbed against hair, causing it to attract small bits of paper due to the resultant charge.

Other interactions mentioned, such as Magnetic Force, involve the behavior of magnets and magnetic fields, which have their unique rules and do not directly relate to electric charges. Gravitational Pull pertains to the attraction between masses and does so irrespective of charge, while Nuclear Force operates at the atomic level, governing interactions between subatomic particles rather than charges in the way described in the question. Thus, the concept of Electrostatic Attraction/Repulsion is the most accurate answer regarding the interaction of charged objects.