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The amount of power solar panel A can produce with an area of [tex]x[/tex] square meters is represented by the equation [tex]y = 1,020x[/tex]. The amount of power solar panel B can produce is shown on the graph.

Which solar panel can produce more power?

A. Solar panel A
B. Solar panel B

Answer :

Final answer:

For solar panel A, it generates 1,020 watts of power for each square meter according to the equation y = 1,020x. Without information from the graph for solar panel B, we cannot definitively compare which solar panel can produce more power.

Explanation:

To determine which solar panel can produce more power, we need to know the coefficients of x (the solar panel's area) in the equations for each panel. For solar panel A, the equation given is y = 1,020x. This means that for each square meter of solar panel A, it generates 1,020 watts of power. However, for solar panel B, we need information about the graph, which is not provided in the question, to understand the relationship between its area and power output. Without any information available for solar panel B, it would not be possible to determine which panel can generate more power. Better information for solar panel B is necessary for a more definitive comparison.

Learn more about Solar Panel Power Output here:

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