Final answer:
Charge-sustaining mode (CS) often refers to maintaining a battery's charge in vehicles, but in physics, 'Cs' can refer to the equivalent capacitance of capacitors. The charge flow example with 0.1 Amps over 100 seconds reflects a 10 Coulombs charge transfer.
Step-by-step explanation:
The term charge-sustaining mode (CS) is often used in the context of hybrid or electric vehicles to refer to a mode in which the vehicle's battery maintains its charge level over time. In physics, however, when we talk about 'canceling the charge Q,' we often discuss formulas related to electricity and circuits, such as those involving capacitance. Specifically, the equivalent capacitance, Cs, can be calculated for a combination of capacitors. For instance, if three capacitors are connected in series, their total or equivalent capacitance will be different than when they are connected in parallel.
An example of a charge flow is when a current of 0.1 Amps (which is 0.1 Coulombs per second) is maintained for a duration of 100 seconds, the resulting total charge moved through the circuit would be 10 Coulombs.