The graph represents the height y, in feet, above the ground of a golf ball x seconds after it is hit.
The maximum height of the golf ball occurs at x = 2.
For up to 2.5 s after the ball is hit, its height is increasing.
The maximum height of the golf ball is 100 ft.
It takes 3 s for the ball to fall to the ground after reaching its maximum height.
The golf ball is in the air for 5 s.
thanks. Is there a question here?
To summarize the given information about the golf ball:
1. The maximum height of the golf ball occurs at x = 2 seconds.
2. For up to 2.5 seconds after the ball is hit, its height is increasing.
3. The maximum height of the golf ball is 100 feet.
4. It takes 3 seconds for the ball to fall to the ground after reaching its maximum height.
5. The golf ball is in the air for 5 seconds.
To determine the information about the golf ball's height, we can analyze the given data.
1. The graph represents the height of the golf ball above the ground over time, with the time (x) measured in seconds and the height (y) measured in feet.
2. The maximum height of the golf ball occurs at x = 2 seconds. This means that at the 2-second mark, the golf ball reaches its highest point in the air.
3. For up to 2.5 seconds after the ball is hit, its height is increasing. This tells us that during the first 2.5 seconds from when the ball is hit, the graph shows an upward slope, indicating that the height is increasing.
4. The maximum height of the golf ball is 100 feet. This means that at the peak of the graph (x = 2 seconds), the height of the golf ball is 100 feet above the ground.
5. It takes 3 seconds for the ball to fall to the ground after reaching its maximum height. This suggests that after the ball reaches its highest point at x = 2 seconds, it begins to descend and touches the ground after 3 seconds (x = 5 seconds in total).
6. The golf ball is in the air for 5 seconds. This means that from the moment it is hit until it touches the ground, the total duration is 5 seconds.
By analyzing the provided information, we were able to determine the key characteristics of the golf ball's flight, such as the maximum height, time intervals, and total time in the air.