Final answer:
The information given does not suggest any distance traveled during acceleration; instead, it mentions a static position of a red blood cell at 9.50 cm for 2 minutes. For calculations involving acceleration, additional details are required.
Step-by-step explanation:
The student seems to be asking about the distance traveled by a red blood cell during acceleration, however, the details of the acceleration are not given in the question. Instead of an acceleration scenario, the provided details mention a red blood cell staying at the end of a vial which is 9.50 cm away, for 2 minutes, which doesn't imply motion. Therefore, without additional details about acceleration, there is no movement or distance covered other than the static 9.50 cm position indicated. It's possible there may be some confusion with the provided reference regarding blood acceleration by the heart, which is indeed a physics-based calculation involving kinematic equations. The references provided appear to touch on various physics topics, including acceleration, deceleration, flow rate, and velocity of different entities, suggesting these are problematic scenarios from a physics textbook.