Use the image to answer the question.

Question

What scenario can be represented by the graph?

(1 point)
Responses

A child slides down a water slide into a pool, swims at a constant rate to the edge of the pool, then exits the pool to grab their towel.
A child slides down a water slide into a pool, swims at a constant rate to the edge of the pool, then exits the pool to grab their towel.

A glider waits for a few seconds, then takes off from the side of mountain. It eventually lands after a period of time.
A glider waits for a few seconds, then takes off from the side of mountain. It eventually lands after a period of time.

A cyclist is traveling toward home at a constant rate, when they pass their house to go to the store. Then they head back home after a period of time.
A cyclist is traveling toward home at a constant rate, when they pass their house to go to the store. Then they head back home after a period of time.

A runner jumps over a barricade on a track, continues running for 10 seconds on a flat track, and then waits for their friend to catch up.
A runner jumps over a barricade on a track, continues running for 10 seconds on a flat track, and then waits for their friend to catch up.
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Answer 1

To determine which scenario best represents the graph, we need to consider the key components and characteristics of each option. Since I do not have access to the specific image or graph you're referring to, I'll describe how you might analyze each scenario based on typical graph features like horizontal lines (indicating constant speed), slopes (indicating acceleration or deceleration), and point drops (indicating stops).

1. A child sliding down a water slide into a pool, then swimming to the edge and exiting: This could represent initial rapid descent (steep slope), followed by a horizontal section (constant swimming), and then a drop (exit from the water).

2. A glider waiting, then taking off and eventually landing: This might show a period of no movement (flat line), then an increase in altitude or distance (slope), and eventually a decrease (landing).

3. A cyclist passing their house to go to a store and then returning: This could include a slope as they travel away from home, a flat section while at the store, and then a return slope back home.

4. A runner jumping over a barricade, running flat, then waiting: This might feature an initial vertical drop (jumping), then a constant speed while running, followed by a flat line (waiting).

Without seeing the graph, it is difficult to affirmatively choose one scenario. However, if we denote the presence of a constant rate followed by pauses or returns, you might lean toward the cyclist scenario or the runner scenario based on those characteristics.

If you can describe the key points of the graph or its shape, I can help narrow it down further!