You pick up the TV remote one evening and notice it isn't responding. You slide open the battery compartment on the back, remove the old AA batteries, and insert two fresh ones. You close the cover, point it at the television, and press the power button. The screen turns on immediately.
The remote functions perfectly right away, as if nothing had changed beyond the swap.
Over the next several months, the remote continues to work without interruption. You change channels during shows, adjust the volume for conversations, pause movies for breaks. Each press sends the signal reliably across the living room. The device feels solid and responsive, with no hints of faltering.
Weeks blend into months—perhaps six or more, depending on how often it's used. Inside, the batteries supply power steadily to the circuits, but this process stays completely hidden from view.
One day, much later, you reach for it to skip a commercial. No lights blink on the TV. Buttons stay silent no matter how close you point or how firmly you press. The remote has ceased to operate.
Here, the simple act of inserting batteries leads to an extended phase where everything appears steady. The outcome—the remote's failure—surfaces only after time has bridged the gap between the action and its eventual limit.