A model for the number Ln of lobsters caught per year is based on the assumption that the number of lobsters caught in a year is the average of the number caught in the two previous years. Identify a recurrence relation for Ln. Multiple Choice Ln=(1/2)Ln-1-(1/2)Ln-2 Ln= (1/2) Ln-2+ (1/2) Ln-3 Ln(1/2) Ln-2-(1/2) Ln-3 Ln(1/2)Ln-1+ (1/2)Ln-2

Advanced Engineering Mathematics
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Chapter2: Second-order Linear Odes
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A model for the number Ln of lobsters caught per year is based on the assumption that the number of lobsters caught in a
year is the average of the number caught in the two previous years.
Identify a recurrence relation for Ln.
Multiple Choice
O
Ln= (1/2) Ln-1-(1/2)n-2
Ln= (1/2) Ln-2+ (1/2) Ln-3
Ln= (1/2) Ln-2-(1/2) Ln-3
Ln= (1/2) Ln-1+ (1/2) Ln-2
Transcribed Image Text:A model for the number Ln of lobsters caught per year is based on the assumption that the number of lobsters caught in a year is the average of the number caught in the two previous years. Identify a recurrence relation for Ln. Multiple Choice O Ln= (1/2) Ln-1-(1/2)n-2 Ln= (1/2) Ln-2+ (1/2) Ln-3 Ln= (1/2) Ln-2-(1/2) Ln-3 Ln= (1/2) Ln-1+ (1/2) Ln-2
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