A wind farm in California produces much of its output during the summer, when the winds are fastest. The amount of power produced depends on the average wind speed.p= the amount of power producedw= the average wind speedWhich of the variables is independent and which is dependent?Choices:(A)p is the independent variable and w is the dependent variable(B)w is the independent variable and p is the dependent variable
Q. A wind farm in California produces much of its output during the summer, when the winds are fastest. The amount of power produced depends on the average wind speed.p= the amount of power producedw= the average wind speedWhich of the variables is independent and which is dependent?Choices:(A)p is the independent variable and w is the dependent variable(B)w is the independent variable and p is the dependent variable
Question Prompt: The question_prompt: Which variable is independent and which is dependent in the relationship between the amount of power produced by a wind farm and the average wind speed?
Define Variables: To determine which variable is independent and which is dependent, we need to understand the definitions of these terms. The independent variable is the one that is changed or controlled in a scientific experiment to test the effects on the dependent variable. The dependent variable is the one that is being tested and measured.
Wind Farm Relationship: In the context of the wind farm, the average wind speed w is the factor that changes naturally and influences the amount of power produced p. Therefore, the wind speed is the independent variable because it is not dependent on the power produced; rather, the power produced depends on the wind speed.
Conclusion: Since the power produced (p) is dependent on the average wind speed (w), p is the dependent variable. This means that the amount of power produced changes in response to the wind speed.
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