A Wisconsin lake is stocked with 9,500 bluegill. The population is expected to grow exponentially according to the model $P = P _ { \mathrm { o } } 2 ^ { \nu / 2 }$. How many bluegill will be in the lake in 6 years?
A) $\quad 114,000$ bluegill
B) $\quad 57,000$ bluegill
C) $\quad 11,969$ bluegill
D) $\quad 76,000$ bluegill
E) $\quad 38,000$ bluegill

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The Answer of A Wisconsin lake is stocked with 9,500 bluegill. The population is expected to grow exponentially according to the model $P = P _ { \mathrm { o } } 2 ^ { \nu / 2 }$. How many bluegill will be in the lake in 6 years?
A) $\quad 114,000$ bluegill
B) $\quad 57,000$ bluegill
C) $\quad 11,969$ bluegill
D) $\quad 76,000$ bluegill
E) $\quad 38,000$ bluegill

A Wisconsin Lake Is Stocked with 9,500 Bluegill P=Po2ν/2P = P _ { \mathrm { o } } 2 ^ { \nu / 2 }P=Po​2ν/2

A Wisconsin Lake Is Stocked with 9,500 Bluegill $P = P _ { \mathrm { o } } 2 ^ { \nu / 2 }$