Math  /  Geometry

QuestionThe graph shows the path of a bungee jumper leaping from a bridge. How close does the jumper get to the water's surface?

Studdy Solution

STEP 1

1. The graph represents the height of the bungee jumper over time.
2. The minimum point on the graph indicates the closest approach to the water.
3. The y-axis represents the height above the water surface in consistent units.

STEP 2

1. Identify the minimum point on the graph.
2. Determine the height at the minimum point.
3. Interpret the height as the closest distance to the water's surface.

STEP 3

Identify the minimum point on the graph.
- Observe the curve on the graph. - Locate the lowest point on the curve, which represents the minimum height reached by the jumper.

STEP 4

Determine the height at the minimum point.
- Read the value on the y-axis corresponding to the minimum point. - According to the image description, the minimum height is approximately 55.

STEP 5

Interpret the height as the closest distance to the water's surface.
- Since the minimum height is 55, this represents the closest distance the jumper gets to the water.
The jumper gets as close as:
5 units above the water’s surface \boxed{5} \text{ units above the water's surface}

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