Solve the problem.
-Recycling, like all real processes, is not 100% efficient. Each time an aluminum can is recycled, a portion of the can becomes unrecoverable and thus "disappears" from future recycles. The fraction of an aluminum can that is
Reclaimable after n recycles is given by The can has effectively "disappeared" when F

Question

Solve the problem.
-Recycling, like all real processes, is not 100% efficient. Each time an aluminum can is recycled, a portion of the can becomes unrecoverable and thus "disappears" from future recycles. The fraction of an aluminum can that is
Reclaimable after n recycles is given by  The can has effectively "disappeared" when F < 0.1. How
Many times can the can be recycled before it "disappears"?
A) 9 
B) 14 
C) 11 
D) 13

Quizplus · Accepted Answer

The Answer of Solve the problem.
-Recycling, like all real processes, is not 100% efficient. Each time an aluminum can is recycled, a portion of the can becomes unrecoverable and thus "disappears" from future recycles. The fraction of an aluminum can that is
Reclaimable after n recycles is given by  The can has effectively "disappeared" when F < 0.1. How
Many times can the can be recycled before it "disappears"?
A) 9 
B) 14 
C) 11 
D) 13

Solve the Problem. -Recycling, Like All Real Processes, Is Not 100% Efficient. Each