Which of the following best describes the concept of electric field?

The concept of an electric field can be accurately described as the region surrounding a charged object where other charged objects will experience a force. This is fundamental to understanding how electric forces operate in the context of electrostatics. When a charged body, such as a positively charged sphere, is placed in an area, it generates an electric field that extends throughout the surrounding space. Any other charge located in this region will experience a force proportional to its charge and the strength of the electric field.

This interaction is quantified by Coulomb's law, which states that like charges repel and opposite charges attract, effectively illustrating the influence of the electric field generated by the charged object on other charges within its vicinity. The electric field is a vector field, which means it has both magnitude and direction, with the direction indicating the direction a positive test charge would move.

While the other options do touch on important aspects of electricity, they do not define the electric field itself. The flow of electric charge describes the concept of current, energy storage pertains to potential energy in electric fields or capacitors, and electrical resistance refers to the opposition to current flow in a conductor. Thus, the definition that highlights the influence of a charged object in its surrounding area on other charged entities clearly characterizes the