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The Size N , in Thousands, of a Certain Animal N=6.02×1.36tN = 6.02 \times 1.36 ^ { t }

Question 68

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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 = 6.02 \times 1.36 ^ { t }  B)   N = 1.36 \times 6.02 ^ { t }  C)   N = 1.34 \times 6.06 ^ { t }  D)   N = 6.06 \times 1.34 ^ { 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 = 6.02 \times 1.36 ^ { t }  B)   N = 1.36 \times 6.02 ^ { t }  C)   N = 1.34 \times 6.06 ^ { t }  D)   N = 6.06 \times 1.34 ^ { t }


A) N=6.02×1.36tN = 6.02 \times 1.36 ^ { t }
B) N=1.36×6.02tN = 1.36 \times 6.02 ^ { t }
C) N=1.34×6.06tN = 1.34 \times 6.06 ^ { t }
D) N=6.06×1.34tN = 6.06 \times 1.34 ^ { t }

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