The graph represents the distance a major-league outfielder throws a baseball. He can throw a baseball as fast as 105 miles per hour, or 154 feet per second. Which equation represents this scenario? (1 point) Responses 154⋅2.5=385 154 times 2.5 equals 385 105⋅90=9,450 105 times 90 equals 9,450 105⋅2.5=262.5 105 times 2.5 equals 262.5 154⋅90=13,860 154 times 90 equals 13,860
The equation that represents this scenario is:
105 * 2.5 = 262.5
To find the equation that represents the scenario, we need to consider the relationship between the distance and the speed.
Given that the outfielder can throw a baseball at a speed of 105 miles per hour or 154 feet per second, we know that the speed is a constant and does not change.
So, the equation must involve the speed and another variable that represents the distance. Let's call the distance "d" in feet.
The equation should be:
d = 154 * t
Here, "t" represents the time it takes for the baseball to travel the distance "d".
However, none of the options provided match this equation. Therefore, none of the given options accurately represent the scenario.
The equation that represents this scenario is:
105 * 2.5 = 262.5