Mathematics: An experiment observing the growth of two germ strand populations finds these patterns. • The population of the first germ is represented by the function A(t) = (1-3)*+8. • The population of the second germ is represented by the function B(x) = (1.3)+2+1. Which function best represents function R, the ratio of the population of the second germ to the population of the first germ? OB. R(5) OA. R(3) = (1.3)65 +10 (2.6)85-8 oc R(x) = (1.3)31–0 OD. R() = (2.6)4+2+

Factor −6x2+18x−24−6x2+18x−24=−6(x2−3x+4)So, your answer should be C! Have a wonderful day. :)...

An experiment observing the growth of two germ strand

cbelew0001ouje4i

30.06.2021

$R(x) = (1.3)^{3x-8}$

Step-by-step explanation:

Given

$A(x) = (1.3)^{x + 9}$

$B(x) = (1.3)^{4x + 1}$

Required

Ratio B(x) to A(x)

This is calculated as:

R(x) = B(x) : A(x)

Express as fraction

$R(x) = \frac{B(x) }{A(x)}$

Substitute: $A(x) = (1.3)^{x + 9}$ and $B(x) = (1.3)^{4x + 1}$

$R(x) = \frac{(1.3)^{4x+1}}{(1.3)^{x+9}}$

Apply law of indices

$R(x) = (1.3)^{4x-x+1-9}$

$R(x) = (1.3)^{3x-8}$

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