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Solve the Problem. -In One City, 30% of All Aluminum Cans Distributed Will

Question 319

Multiple Choice

Solve the problem.
-In one city, 30% of all aluminum cans distributed will be recycled each year. A juice company distributes 241,000 cans. The number still in use after time t, in years, is given by Solve the problem. -In one city, 30% of all aluminum cans distributed will be recycled each year. A juice company distributes 241,000 cans. The number still in use after time t, in years, is given by Find N'(t) . A) N'(t) = 241,000(ln 0.30) B) N'(t) = 241,000 C) N'(t) = 241,000(ln t) D) N'(t) = 241,000t
Find N'(t) .


A) N'(t) = 241,000(ln 0.30) Solve the problem. -In one city, 30% of all aluminum cans distributed will be recycled each year. A juice company distributes 241,000 cans. The number still in use after time t, in years, is given by Find N'(t) . A) N'(t) = 241,000(ln 0.30) B) N'(t) = 241,000 C) N'(t) = 241,000(ln t) D) N'(t) = 241,000t
B) N'(t) = 241,000 Solve the problem. -In one city, 30% of all aluminum cans distributed will be recycled each year. A juice company distributes 241,000 cans. The number still in use after time t, in years, is given by Find N'(t) . A) N'(t) = 241,000(ln 0.30) B) N'(t) = 241,000 C) N'(t) = 241,000(ln t) D) N'(t) = 241,000t
C) N'(t) = 241,000(ln t) Solve the problem. -In one city, 30% of all aluminum cans distributed will be recycled each year. A juice company distributes 241,000 cans. The number still in use after time t, in years, is given by Find N'(t) . A) N'(t) = 241,000(ln 0.30) B) N'(t) = 241,000 C) N'(t) = 241,000(ln t) D) N'(t) = 241,000t
D) N'(t) = 241,000t Solve the problem. -In one city, 30% of all aluminum cans distributed will be recycled each year. A juice company distributes 241,000 cans. The number still in use after time t, in years, is given by Find N'(t) . A) N'(t) = 241,000(ln 0.30) B) N'(t) = 241,000 C) N'(t) = 241,000(ln t) D) N'(t) = 241,000t

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