1. example 2 Cost-Benefit Chapter 6.5 Suppose that for specified values of p, the function can be used to model the cost of removing p% of the particulate pollution from the exhaust gases at an industrial site. a.Graph this function on the window [-100, 200] by [-4000, 4000]. b.Does the graph of this function have a vertical asymptote on this window? Where? c.For what values of p does this function serve as a model for the cost of removing particulate pollution? d.Use the information determined in part (c) to graph the model. e.What does the part of the graph near the vertical asymptote tell us about the cost of removing particulate pollution?  2009 PBLPathways

2. Suppose that for specified values of p, the function can be used to model the cost of removing p% of the particulate pollution from the exhaust gases at an industrial site. a.Graph this function on the window [-100, 200] by [-4000, 4000]. b.Does the graph of this function have a vertical asymptote on this window? Where? c.For what values of p does this function serve as a model for the cost of removing particulate pollution? d.Use the information determined in part (c) to graph the model. e.What does the part of the graph near the vertical asymptote tell us about the cost of removing particulate pollution?

3.  2009 PBLPathways Suppose that for specified values of p, the function can be used to model the cost of removing p% of the particulate pollution from the exhaust gases at an industrial site. a.Graph this function on the window [-100, 200] by [-4000, 4000]. p C(p) Vertical Asymptote  2009 PBLPathways

4. Suppose that for specified values of p, the function can be used to model the cost of removing p% of the particulate pollution from the exhaust gases at an industrial site. a.Graph this function on the window [-100, 200] by [-4000, 4000]. p C(p) Vertical Asymptote  2009 PBLPathways

5. Suppose that for specified values of p, the function can be used to model the cost of removing p% of the particulate pollution from the exhaust gases at an industrial site. b.Does the graph of this function have a vertical asymptote on this window? Where? p C(p) Vertical Asymptote  2009 PBLPathways

6. Suppose that for specified values of p, the function can be used to model the cost of removing p% of the particulate pollution from the exhaust gases at an industrial site. b.Does the graph of this function have a vertical asymptote on this window? Where? p C(p) Vertical Asymptote  2009 PBLPathways

7. Suppose that for specified values of p, the function can be used to model the cost of removing p% of the particulate pollution from the exhaust gases at an industrial site. b.Does the graph of this function have a vertical asymptote on this window? Where? p C(p) Vertical Asymptote  2009 PBLPathways

8. Suppose that for specified values of p, the function can be used to model the cost of removing p% of the particulate pollution from the exhaust gases at an industrial site. b.Does the graph of this function have a vertical asymptote on this window? Where? p C(p) Vertical Asymptote  2009 PBLPathways

9. Suppose that for specified values of p, the function can be used to model the cost of removing p% of the particulate pollution from the exhaust gases at an industrial site. c.For what values of p does this function serve as a model for the cost of removing particulate pollution? p C(p) Vertical Asymptote  2009 PBLPathways

10. Suppose that for specified values of p, the function can be used to model the cost of removing p% of the particulate pollution from the exhaust gases at an industrial site. c.For what values of p does this function serve as a model for the cost of removing particulate pollution? p C(p) Vertical Asymptote  2009 PBLPathways

11. Suppose that for specified values of p, the function can be used to model the cost of removing p% of the particulate pollution from the exhaust gases at an industrial site. c.For what values of p does this function serve as a model for the cost of removing particulate pollution? p C(p) Vertical Asymptote Realistic Domain = [0, 100)  2009 PBLPathways

12. Suppose that for specified values of p, the function can be used to model the cost of removing p% of the particulate pollution from the exhaust gases at an industrial site. d.Use the information determined in part (c) to graph the model. p C(p) Vertical Asymptote Realistic Domain = [0, 100)

13.  2009 PBLPathways Suppose that for specified values of p, the function can be used to model the cost of removing p% of the particulate pollution from the exhaust gases at an industrial site. e.What does the part of the graph near the vertical asymptote tell us about the cost of removing particulate pollution? p C(p) Vertical Asymptote Realistic Domain = [0, 100)