Ron has several solar panels on the roof of his garage and plans to add more solar panels to the roof of his house. The total amount of energy his solar panels will produce on a sunny day depends on how many new solar panels Ron adds.

This situation can be modeled as a linear relationship.

What does the y-intercept of the line tell you about the situation?

A. ron plans to add 10 new solar panels.

B. each new solar panel will produce 150 watts of energy.

C. each new solar panel will produce 600 watts of energy

D. the solar panels already on the garage produce 600 watts of energy

The y-intercept in Ron's problem represents the initial amount of energy produced by his existing solar panels before any new ones are added, hence answer D is correct.

Explanation:

In the context of this problem, specifically within a linear relationship, the y-intercept of the line would represent the initial amount of energy that Ron's solar panels are producing without the addition of any new panels. Hence, the correct answer is D. The solar panels already on the garage produce 600 watts of energy. The slope of the line, on the other hand, would represent the additional energy produced per each new solar panel added. Therefore, the y-intercept gives us the initial state, or in this context, the total energy production from the solar panels already on the garage before adding any new ones.

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Emooooo Emooooo · Answer 2 · 2024-03-27T08:25:39-04:00

Answer: the answer is D. The panels already on the garage produce 600 watts of energy

Step-by-step explanation:

any starting energy would be above zero with there already being solar panels! So that leads to a y-intercept! Whatever the line starts at will tell you the amount of energy you get from the starting panels:) I hope this is helpful!