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The Size N , in Thousands, of a Certain Animal $N = 6.34 \times 1.32 ^ { t }$

Question 100

Multiple Choice

The size N , in thousands, of a certain animal population after $The size N , in thousands, of a certain animal population after years is given in the table below. Use exponential regression to model the population size as a function of time. A) N = 6.34 \times 1.32 ^ { t } B) N = 1.32 \times 6.34 ^ { t } C) N = 1.25 \times 6.56 ^ { t } D) N = 6.56 \times 1.25 ^ { t }$ years is given in the table below. Use exponential regression to model the population size as a function of time. $The size N , in thousands, of a certain animal population after years is given in the table below. Use exponential regression to model the population size as a function of time. A) N = 6.34 \times 1.32 ^ { t } B) N = 1.32 \times 6.34 ^ { t } C) N = 1.25 \times 6.56 ^ { t } D) N = 6.56 \times 1.25 ^ { t }$