Given an initial population, $P _ { 0 } = 13,000$ , a renewal rate, R = 100, and a survival function, $S ( t ) = t e ^ { - 0.1 t }$ , with time t measured in years, determine the population at the end of 14 years. Round to two decimal places.
A) 153,741.69
B) 48,962.32
C) 2,161.69
D) 21,287.97

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The Answer of Given an initial population, $P _ { 0 } = 13,000$ , a renewal rate, R = 100, and a survival function, $S ( t ) = t e ^ { - 0.1 t }$ , with time t measured in years, determine the population at the end of 14 years. Round to two decimal places.
A) 153,741.69
B) 48,962.32
C) 2,161.69
D) 21,287.97

Given an Initial Population P0=13,000P _ { 0 } = 13,000P0​=13,000

Given an Initial Population $P _ { 0 } = 13,000$