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Suppose the Cost C of Removing P Percent of the Particulate

Question 24

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Suppose the cost C of removing p percent of the particulate pollution from the exhaust gases at an industrial site is given by Suppose the cost C of removing p percent of the particulate pollution from the exhaust gases at an industrial site is given by   . Because p is the percent particulate pollution, we know   . Use the restriction on p and experiment with a C-range to obtain an accurate graph of the equation. Determine the p-intercept and explain its meaning. ​ A)  The p-intercept is (0,0)  , meaning that it costs nothing to remove all of the particulate pollution. B)  The p-intercept is (0,72) , meaning that there is a cost of $72 before the removal of the particulate pollution begins. C)  There is no p-intercept, which means that it is impossible to remove all of the particulate pollution. D)  The p-intercept is (0,0) , meaning that it costs nothing to remove none of the particulate pollution. E)  The p-intercept is (0, -72) , meaning that there is a negative cost of $72 before the removal of the particulate pollution begins. . Because p is the percent particulate pollution, we know Suppose the cost C of removing p percent of the particulate pollution from the exhaust gases at an industrial site is given by   . Because p is the percent particulate pollution, we know   . Use the restriction on p and experiment with a C-range to obtain an accurate graph of the equation. Determine the p-intercept and explain its meaning. ​ A)  The p-intercept is (0,0)  , meaning that it costs nothing to remove all of the particulate pollution. B)  The p-intercept is (0,72) , meaning that there is a cost of $72 before the removal of the particulate pollution begins. C)  There is no p-intercept, which means that it is impossible to remove all of the particulate pollution. D)  The p-intercept is (0,0) , meaning that it costs nothing to remove none of the particulate pollution. E)  The p-intercept is (0, -72) , meaning that there is a negative cost of $72 before the removal of the particulate pollution begins. . Use the restriction on p and experiment with a C-range to obtain an accurate graph of the equation. Determine the p-intercept and explain its meaning. ​


A) The p-intercept is (0,0) , meaning that it costs nothing to remove all of the particulate pollution.
B) The p-intercept is (0,72) , meaning that there is a cost of $72 before the removal of the particulate pollution begins.
C) There is no p-intercept, which means that it is impossible to remove all of the particulate pollution.
D) The p-intercept is (0,0) , meaning that it costs nothing to remove none of the particulate pollution.
E) The p-intercept is (0, -72) , meaning that there is a negative cost of $72 before the removal of the particulate pollution begins.

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