Question

While exploring a volcano, Zane heard some rumbling, so he decided to climb up out of there as quickly as he could. Zane's elevation relative to the edge of the inside of the volcano (in meters) as a function of time (in seconds) is graphed. graph How long did it take Zane to reach the edge of the volcano? seconds

Answer 1

Zane would take about 35 seconds to reach the edge of the volcano.

• It is clearly shown in the graph with Zane's elevation relative to the edge of the volcano in meters as a function of time in seconds.
• From the graph, it could be seen that Zane climbed the volcano at a constant speed which made a linear graph of his movement.
• From the graphical representation, it could be found out from the graph that the x-intercept is (35,0) and the y-intercept is (0,-25)
• So from this, it could be shown that Zane has reached the edge of the volcano in 35 seconds.

• That is he has traveled 25m in 35sec. This is the traveling time of Zane to reach the edge of the volcano.

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Answer 2

Zane would take 35 seconds to reach the rim of the volcano.

This is clearly shown in the graph of Zane's elevation relative to the rim of the volcano in meters as a function of time in seconds.

The graph showed that Zane was climbing the volcano at a constant rate, creating a linear graph of his movement.

From the graphical representation, it could be seen from the graph that the x-intercept is (35,0) and the y-intercept is (0,-25)

So this would show that Zane reached the edge of the volcano in 35 seconds.

That means he ran 25 meters in 35 seconds. This is the time Zane travels to the edge of the volcano.

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https://brainly.in/question/24787101

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