The table below gives the population rank x and the estimated population y (in hundred thousands) for the five most populated bacteria colonies in a lab. 5 1,224 1 8,053 2 2,940 3 2,000 1,480 Find an equation of the power function that models the data, and predict the population of the sixth most populous bacteria colony. A.Y ~ 7,94 3x¬1.167 about 981 hundred thousand bacteria B.Y- 7,943(-1.167)" about 20,064 hundred thousand bacteria c.Y- 7,943x" about 20,064 hundred thousand bacteria -1.167 D.Y- 7,943(-1.167)* about 981 hundred thousand bacteria (ou can consider using Desmos.com- O a) O b)

Glencoe Algebra 1, Student Edition, 9780079039897, 0079039898, 2018
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ISBN:9780079039897
Author:Carter
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Chapter8: Polynomials
Section8.1: Adding And Subtracting Polynomials
Problem 44PPS
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Find an equation of the power function that models the data, and predict the population of the sixth most populous bacteria colony

 

The table below gives the population rank x and the estimated population y (in hundred thousands) for the five most populated bacteria colonies in a lab.
1
2
3
4
y
8,053
2,940
2,000
1,480
1,224
Find an equation of the power function that models the data, and predict the population of the sixth most populous bacteria colony.
O A.Y 7,943x.167
about 981 hundred thousand bacteria
O B.Y- 7,943(-1.167)"
about 20,064 hundred thousand bacteria
O c.Y- 7,943x.167
about 20,064 hundred thousand bacteria
O D.Y- 7,943(-1.167)*
about 981 hundred thousand bacteria
You can consider using Desmos.com-
O a)
O b)
d)
Transcribed Image Text:The table below gives the population rank x and the estimated population y (in hundred thousands) for the five most populated bacteria colonies in a lab. 1 2 3 4 y 8,053 2,940 2,000 1,480 1,224 Find an equation of the power function that models the data, and predict the population of the sixth most populous bacteria colony. O A.Y 7,943x.167 about 981 hundred thousand bacteria O B.Y- 7,943(-1.167)" about 20,064 hundred thousand bacteria O c.Y- 7,943x.167 about 20,064 hundred thousand bacteria O D.Y- 7,943(-1.167)* about 981 hundred thousand bacteria You can consider using Desmos.com- O a) O b) d)
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