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Several different animal populations are described below. For each, express the size of the population, P, as a function of the year, t. (a) This population begins in year t = 0 with 20,000 members and it grows by 500 members every year. (b) This population begins in year t = 0 with 35,000 members and it decreases by 200 members every year. (c) This population begins in year t = 0 with L members and it grows by n members every year.

Several different animal populations are described below. For each, express the size of the population, P, as a function of the year, t. (a) This population begins in year t = 0 with 20,000 members and it grows by 500 members every year. (b) This population begins in year t = 0 with 35,000 members and it decreases by 200 members every year. (c) This population begins in year t = 0 with L members and it grows by n members every year.

Algebra and Trigonometry (6th Edition)
Algebra and Trigonometry (6th Edition)
6th Edition
ISBN:9780134463216
Author:Robert F. Blitzer
Publisher:Robert F. Blitzer
ChapterP: Prerequisites: Fundamental Concepts Of Algebra
Section: Chapter Questions
Problem 1MCCP: In Exercises 1-25, simplify the given expression or perform the indicated operation (and simplify,...
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Several different animal populations are described below. For each, express the size of the population, P, as a function of the year, t. (a) This population begins in year t = 0 with 20,000 members and it grows by 500 members every year. (b) This population begins in year t = 0 with 35,000 members and it decreases by 200 members every year. (c) This population begins in year t = 0 with L members and it grows by n members every year. (d) This population begins in year t = 0 with twice as many members as the population in part (c), but it grows only half as fast. (e) This population begins in year t = 0 with 30% fewer members than the population in part (c), but it grows by 80 more animals each year.
Transcribed Image Text:Several different animal populations are described below. For each, express the size of the population, P, as a function of the year, t. (a) This population begins in year t = 0 with 20,000 members and it grows by 500 members every year. (b) This population begins in year t = 0 with 35,000 members and it decreases by 200 members every year. (c) This population begins in year t = 0 with L members and it grows by n members every year. (d) This population begins in year t = 0 with twice as many members as the population in part (c), but it grows only half as fast. (e) This population begins in year t = 0 with 30% fewer members than the population in part (c), but it grows by 80 more animals each year.
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