Final answer:
The question pertains to calculating Usain Bolt's maximum speed and acceleration during his 100-m and 200-m dash using the information from the 2008 Olympics, which involves basic physics and kinematic equations.
Step-by-step explanation:
The question is related to finding the maximum speed and acceleration of an athlete over a given distance. In the case of Usain Bolt's 100-m dash during the 2008 Olympic Games, assuming that he accelerated for 3.00 seconds and then maintained a constant speed until the finish line, we can calculate his maximum speed by taking his total time and subtracting the acceleration time to find the time spent at maximum speed. Then, we can divide the remaining distance after acceleration (100m minus the distance covered during acceleration) by this time to find maximum speed.
Similarly, for the 200-m dash record set by Bolt, we would use the same approach with the respective distance and time. With the provided figures (such as 504.55 m for distance covered during acceleration and time of 9.69 seconds for the 100-m dash), actual calculations can then be performed to determine the specific maximum speed and acceleration values. These calculations would involve basic physics principles surrounding constant acceleration and the kinematic equations.