One model for the growth rate G, in thousands per year, of a certain species depends on the population N, in thousands.The relationship is What population corresponds to the maximum growth rate, and what is that growth rate? Round your answers to two decimal places.

A) The maximum growth rate of 1.75 thousand per year corresponds to a population of 2.50 thousand.
B) The maximum growth rate of 2.50 thousand per year corresponds to a population of 1.75 thousand.
C) The maximum growth rate of 4.40 thousand per year corresponds to a population of 4.24 thousand.
D) The maximum growth rate of 4.24 thousand per year corresponds to a population of 4.40 thousand.

Question

One model for the growth rate G, in thousands per year, of a certain species depends on the population N, in thousands.The relationship is  ​ What population corresponds to the maximum growth rate, and what is that growth rate? Round your answers to two decimal places.
​
A) The maximum growth rate of 1.75 thousand per year corresponds to a population of 2.50 thousand. 
B) The maximum growth rate of 2.50 thousand per year corresponds to a population of 1.75 thousand. 
C) The maximum growth rate of 4.40 thousand per year corresponds to a population of 4.24 thousand. 
D) The maximum growth rate of 4.24 thousand per year corresponds to a population of 4.40 thousand.

Quizplus · Accepted Answer

The Answer of One model for the growth rate G, in thousands per year, of a certain species depends on the population N, in thousands.The relationship is  ​ What population corresponds to the maximum growth rate, and what is that growth rate? Round your answers to two decimal places.
​
A) The maximum growth rate of 1.75 thousand per year corresponds to a population of 2.50 thousand. 
B) The maximum growth rate of 2.50 thousand per year corresponds to a population of 1.75 thousand. 
C) The maximum growth rate of 4.40 thousand per year corresponds to a population of 4.24 thousand. 
D) The maximum growth rate of 4.24 thousand per year corresponds to a population of 4.40 thousand.

One Model for the Growth Rate G, in Thousands Per