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A biology laboratory starts a Petri dish with 1000 bacteria. After 30.0 hours, the population is 7250. Determine the doubling time of the bacteria to the nearest tenth of an hour. The doubling-time equation is A = A,(2)a where A represents the population after a period of time, Ao represents the initial population, t represents the time, and d represents the time it takes for the population to double. (Record vOur answer in the Pumerical response boy from left to riaht )

A biology laboratory starts a Petri dish with 1000 bacteria. After 30.0 hours, the population is 7250. Determine the doubling time of the bacteria to the nearest tenth of an hour. The doubling-time equation is A = A,(2)a where A represents the population after a period of time, Ao represents the initial population, t represents the time, and d represents the time it takes for the population to double. (Record vOur answer in the Pumerical response boy from left to riaht )

PREALGEBRA
PREALGEBRA
15th Edition
ISBN:9781938168994
Author:OpenStax
Publisher:OpenStax
Chapter5: Decimals
Section5.2: Decimal Operations
Problem 199E: In the 2010 winter Olympics, two skiers took the silver and bronze medals in the Men's Super-G ski...
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A biology laboratory'starts a Petri dish with 1000 bacteria. After 30.0 hours, the population is 7250. Determine the doubling time of the bacteria to the nearest tenth of an hour. The doubling-time equation is A = A,(2)a where A represents the population after a period of time, Ag represents the initial population, t represents the time, and d represents the time it takes for the population to double. (Record your answer in the numerical response box from left to right.) Answer: 10.5 page Next page u are logged in as Emily Kruitbosch (Log out) ATH-3302-055,060-XL-2021 Fall,2022 Spr,2022 Wtr lp 112 > 15 16 f8 ins prt sc impr.écr 1A4 delete Suppr. & 7. %3D 1/4 1/2 3/4 T. Y. [[ A H. L pause alt 00
Transcribed Image Text:A biology laboratory'starts a Petri dish with 1000 bacteria. After 30.0 hours, the population is 7250. Determine the doubling time of the bacteria to the nearest tenth of an hour. The doubling-time equation is A = A,(2)a where A represents the population after a period of time, Ag represents the initial population, t represents the time, and d represents the time it takes for the population to double. (Record your answer in the numerical response box from left to right.) Answer: 10.5 page Next page u are logged in as Emily Kruitbosch (Log out) ATH-3302-055,060-XL-2021 Fall,2022 Spr,2022 Wtr lp 112 > 15 16 f8 ins prt sc impr.écr 1A4 delete Suppr. & 7. %3D 1/4 1/2 3/4 T. Y. [[ A H. L pause alt 00
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