A game requires players to throw a ball into a target. The table below shows values from the function that represents one path o
f the thrown ball, where x represents the horizontal distance the ball travels in feet and f(x) represents the height of the ball in feet. If the ball enters the target at the heights point in its path, based on the table, what is the height of the target?
The given table shows values from the function that represents one path of the thrown ball, where x represents the horizontal distance the ball travels in feet and f(x) represents the height of the ball in feet.
Now, the ball will be at maximum height when x = 1.25 feet distance horizontally. And the height of the ball at horizontal distance x = 1.25 feet is f(1.25) = 29 feet.
If the ball enters the target at the heights point in its path, based on the table, then the height of the target is 29 feet. (Answer)
True. The velocity is changing because the direction is changing. Velocity is the combination of speed and direction. The change in velocity leads to a change in acceleration.
