The Millcreek watershed area was heavily strip-mined for coal during the late 1960s. Because of the resulting pollution, the streams cannot support fish. Suppose the cost C of obtaining stream water that contains p percent of the current pollution levels is given by . Because p is the percent of current pollution levels,
. Use the restriction on p and determine a range for C so that an accurate graph can be obtained with a graphing utility. Describe what happens to the cost as p takes on positive values near 0.
A) Near p = 0, the cost approaches $2,860.
B) Near p = 0, the cost grows without bound.
C) Near p = 0, the cost approaches $286,000.
D) Near p = 0, cost approaches $0.
E) Near p = 0, the cost becomes negative.
Correct Answer:
Verified
Q173: Solve the system by elimination, or by
Q174: Solve the system of equations by using
Q175: Solve the system of equations by substitution.
Q176: The graphs of the two equations below
Q177: With U.S. Census Bureau data, the model
Q179: Use the x-intercept method to find the
Q180: The number of millions of short tons
Q181: Use the left-to-right elimination method to solve
Q182: Use the left-to-right elimination method to solve
Q183: Using a graphing utility or Excel to
Unlock this Answer For Free Now!
View this answer and more for free by performing one of the following actions
Scan the QR code to install the App and get 2 free unlocks
Unlock quizzes for free by uploading documents