A lush forest has 100 foxes and 2 rabbits. The fox population doubles every year and the rabbit population triples every year. The foxes agree not to hunt the rabbits until they are outnumbered by the rabbits. -Let t be the number of years that pass, and come up with two exponential expressions that model the fox population and rabbit population respectively. -The rabbits will equal (and then shortly outnumber) the foxes midway through some year. Find the value of t such that the two populations are equal, accurate to four decimal places, and the populations of each animal at that time to the nearest whole number.
A lush forest has 100 foxes and 2 rabbits. The fox population doubles every year and the rabbit population triples every year. The foxes agree not to hunt the rabbits until they are outnumbered by the rabbits. -Let t be the number of years that pass, and come up with two exponential expressions that model the fox population and rabbit population respectively. -The rabbits will equal (and then shortly outnumber) the foxes midway through some year. Find the value of t such that the two populations are equal, accurate to four decimal places, and the populations of each animal at that time to the nearest whole number.
A First Course in Probability (10th Edition)
10th Edition
ISBN:9780134753119
Author:Sheldon Ross
Publisher:Sheldon Ross
Chapter1: Combinatorial Analysis
Section: Chapter Questions
Problem 1.1P: a. How many different 7-place license plates are possible if the first 2 places are for letters and...
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A lush forest has 100 foxes and 2 rabbits. The fox population doubles every year and the rabbit population triples every year. The foxes agree not to hunt the rabbits until they are outnumbered by the rabbits.
-Let t be the number of years that pass, and come up with two exponential expressions that model the fox population and rabbit population respectively.
-The rabbits will equal (and then shortly outnumber) the foxes midway through some year. Find the value of t such that the two populations are equal, accurate to four decimal places, and the populations of each animal at that time to the nearest whole number.
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