Which form of energy is derived from electromagnetic interactions?

The correct answer is electrical energy, which is derived from electromagnetic interactions primarily through the movement of charged particles. In essence, when electric charges move, such as in a current, they create an electric field, and this flow of charges is what constitutes electrical energy.

Electrical energy is a result of the work done to move charged particles within that field and is fundamentally linked to the electromagnetic force, one of the four fundamental forces of nature. This energy can be transformed into other forms, like light or heat, when the electrical energy is used to power devices.

The other choices refer to related concepts. An electric field is indeed a region around charged particles that exerts force on other charges, but it is not energy itself. Electric potential energy is the energy stored in an electric field due to the position of charged particles, and while closely related, it represents a form of energy associated with potential differences rather than the energy that is actively being harnessed from movement. Electrical force refers to the influence that charged objects exert on one another, which is the cause of interactions but does not define energy itself.