The baseball takes 0.8 s to travel a distance of 20 m at a speed of 25 m/s.
Step-by-step explanation:
It is known that speed is the rate at which any object covers a particular distance.
So

Hence, it is known that speed is directly proportional to distance covered and inversely proportionate to the time taken to cover this distance.
Similarly, the time taken by any object to cover a distance is directly proportionate to the distance and inversely proportionate to the velocity of the object.
As the distance is given as 20 m and speed is given as 25 m/s, then the time can be easily obtained by finding the ratio of distance to speed.
Here,

Thus, the baseball takes 0.8 s to travel a distance of 20 m at a speed of 25 m/s.