Bacteria in a petri dish were sprayed with an experimental disinfectant. The number of bacteria (A) in the petri dish t seconds after being sprayed can be modeled by the functionA(t) = 1000(0.8)*. The instantaneous rate of change at two seconds is -143. What does the instantaneous rate of change mean in this context? O At two seconds, the number bacteria decreases by 143 bacteria per second. O At two seconds, the number bacteria increases by 143 bacteria per second. O During the first two seconds, the number of bacteria reduces by 143 bacteria per second. O During the first two seconds, the number of bacteria increases by 143 bacteria per second.

Glencoe Algebra 1, Student Edition, 9780079039897, 0079039898, 2018
18th Edition
ISBN:9780079039897
Author:Carter
Publisher:Carter
Chapter8: Polynomials
Section8.1: Adding And Subtracting Polynomials
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Bacteria in a petri dish were sprayed with an experimental disinfectant. The number of bacteria (A) in the petri dish t seconds after being sprayed can be modeled by the functionA(t) = 1000(0.8)*. The instantaneous rate of change at two seconds is –143.
What does the instantaneous rate of change mean in this context?
At two seconds, the number of bacteria decreases by 143 bacteria per second.
At two seconds, the number of bacteria increases by 143 bacteria per second.
During the first two seconds, the number of bacteria reduces by 143 bacteria per second.
During the first two seconds, the number of bacteria increases by 143 bacteria per second.
O O
Transcribed Image Text:Bacteria in a petri dish were sprayed with an experimental disinfectant. The number of bacteria (A) in the petri dish t seconds after being sprayed can be modeled by the functionA(t) = 1000(0.8)*. The instantaneous rate of change at two seconds is –143. What does the instantaneous rate of change mean in this context? At two seconds, the number of bacteria decreases by 143 bacteria per second. At two seconds, the number of bacteria increases by 143 bacteria per second. During the first two seconds, the number of bacteria reduces by 143 bacteria per second. During the first two seconds, the number of bacteria increases by 143 bacteria per second. O O
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