Which of the following refers to the measurement of a force that pushes electrons through a circuit?

The measurement of a force that pushes electrons through a circuit is referred to as voltage. Voltage represents the electric potential difference between two points in a circuit, essentially indicating how much potential energy is available to drive the flow of electrons. It is measured in volts, and without voltage, no current can flow in a circuit, as there would be no driving force to propel the electrons along the conductors.

In the context of electrical circuits, voltage is fundamental because it dictates how much energy the electrons will carry and how effectively they can perform work within the circuit, such as powering devices. This makes it a foundational concept in both electrolysis and general electrical engineering. Understanding voltage is crucial for assessing how to manipulate and apply electrical energy in various practical applications, including electrolysis procedures.