In the context of physics, which of the following best defines the concept of 'work'?

The potential an object has to cause change.

The application of a force over a certain distance.

The rate at which energy is consumed or transferred.

The total amount of energy contained within a closed system.

When a person performs work on a system, such as compressing a spring, what is the primary consequence for that system?

The system's mass is converted into force.

The system experiences a transfer of energy into it.

The system's temperature automatically increases.

The system permanently loses its ability to store energy.

Kinetic energy is being converted into magnetic charge.

The student is performing work, which transfers energy into the magnetic field.

The total energy of the student-magnet system is decreasing due to the resistance.

Electrical energy is being generated by the movement of the magnetic poles.

Because the barbell is not moving.

Because gravity is not acting on the barbell.

Because the weightlifter is not using any energy.

Because ten seconds is too short of a time.