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The Population P of a Culture of Bacteria Is Described

Question 33

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The population P of a culture of bacteria is described by the equation The population P of a culture of bacteria is described by the equation , where t is the time, in hours, relative to the time at which the population was 1300.What was the population at t = 3 hours? After how many hours will the population reach 7000? Round to the nearest tenth of an hour. A) approximate population when after 164 hours, B) approximate population when after 1.6 hours, C) approximate population when after hours, D) approximate population when after 7.2 hours, E) approximate population when after 8.9 hours, , where t is the time, in hours, relative to the time at which the population was 1300.What was the population at t = 3 hours? After how many hours will the population reach 7000? Round to the nearest tenth of an hour.


A) approximate population The population P of a culture of bacteria is described by the equation , where t is the time, in hours, relative to the time at which the population was 1300.What was the population at t = 3 hours? After how many hours will the population reach 7000? Round to the nearest tenth of an hour. A) approximate population when after 164 hours, B) approximate population when after 1.6 hours, C) approximate population when after hours, D) approximate population when after 7.2 hours, E) approximate population when after 8.9 hours, when The population P of a culture of bacteria is described by the equation , where t is the time, in hours, relative to the time at which the population was 1300.What was the population at t = 3 hours? After how many hours will the population reach 7000? Round to the nearest tenth of an hour. A) approximate population when after 164 hours, B) approximate population when after 1.6 hours, C) approximate population when after hours, D) approximate population when after 7.2 hours, E) approximate population when after 8.9 hours, after 164 hours, The population P of a culture of bacteria is described by the equation , where t is the time, in hours, relative to the time at which the population was 1300.What was the population at t = 3 hours? After how many hours will the population reach 7000? Round to the nearest tenth of an hour. A) approximate population when after 164 hours, B) approximate population when after 1.6 hours, C) approximate population when after hours, D) approximate population when after 7.2 hours, E) approximate population when after 8.9 hours,
B) approximate population The population P of a culture of bacteria is described by the equation , where t is the time, in hours, relative to the time at which the population was 1300.What was the population at t = 3 hours? After how many hours will the population reach 7000? Round to the nearest tenth of an hour. A) approximate population when after 164 hours, B) approximate population when after 1.6 hours, C) approximate population when after hours, D) approximate population when after 7.2 hours, E) approximate population when after 8.9 hours, when The population P of a culture of bacteria is described by the equation , where t is the time, in hours, relative to the time at which the population was 1300.What was the population at t = 3 hours? After how many hours will the population reach 7000? Round to the nearest tenth of an hour. A) approximate population when after 164 hours, B) approximate population when after 1.6 hours, C) approximate population when after hours, D) approximate population when after 7.2 hours, E) approximate population when after 8.9 hours, after 1.6 hours, The population P of a culture of bacteria is described by the equation , where t is the time, in hours, relative to the time at which the population was 1300.What was the population at t = 3 hours? After how many hours will the population reach 7000? Round to the nearest tenth of an hour. A) approximate population when after 164 hours, B) approximate population when after 1.6 hours, C) approximate population when after hours, D) approximate population when after 7.2 hours, E) approximate population when after 8.9 hours,
C) approximate population The population P of a culture of bacteria is described by the equation , where t is the time, in hours, relative to the time at which the population was 1300.What was the population at t = 3 hours? After how many hours will the population reach 7000? Round to the nearest tenth of an hour. A) approximate population when after 164 hours, B) approximate population when after 1.6 hours, C) approximate population when after hours, D) approximate population when after 7.2 hours, E) approximate population when after 8.9 hours, when The population P of a culture of bacteria is described by the equation , where t is the time, in hours, relative to the time at which the population was 1300.What was the population at t = 3 hours? After how many hours will the population reach 7000? Round to the nearest tenth of an hour. A) approximate population when after 164 hours, B) approximate population when after 1.6 hours, C) approximate population when after hours, D) approximate population when after 7.2 hours, E) approximate population when after 8.9 hours, after The population P of a culture of bacteria is described by the equation , where t is the time, in hours, relative to the time at which the population was 1300.What was the population at t = 3 hours? After how many hours will the population reach 7000? Round to the nearest tenth of an hour. A) approximate population when after 164 hours, B) approximate population when after 1.6 hours, C) approximate population when after hours, D) approximate population when after 7.2 hours, E) approximate population when after 8.9 hours, hours, The population P of a culture of bacteria is described by the equation , where t is the time, in hours, relative to the time at which the population was 1300.What was the population at t = 3 hours? After how many hours will the population reach 7000? Round to the nearest tenth of an hour. A) approximate population when after 164 hours, B) approximate population when after 1.6 hours, C) approximate population when after hours, D) approximate population when after 7.2 hours, E) approximate population when after 8.9 hours,
D) approximate population The population P of a culture of bacteria is described by the equation , where t is the time, in hours, relative to the time at which the population was 1300.What was the population at t = 3 hours? After how many hours will the population reach 7000? Round to the nearest tenth of an hour. A) approximate population when after 164 hours, B) approximate population when after 1.6 hours, C) approximate population when after hours, D) approximate population when after 7.2 hours, E) approximate population when after 8.9 hours, when The population P of a culture of bacteria is described by the equation , where t is the time, in hours, relative to the time at which the population was 1300.What was the population at t = 3 hours? After how many hours will the population reach 7000? Round to the nearest tenth of an hour. A) approximate population when after 164 hours, B) approximate population when after 1.6 hours, C) approximate population when after hours, D) approximate population when after 7.2 hours, E) approximate population when after 8.9 hours, after 7.2 hours, The population P of a culture of bacteria is described by the equation , where t is the time, in hours, relative to the time at which the population was 1300.What was the population at t = 3 hours? After how many hours will the population reach 7000? Round to the nearest tenth of an hour. A) approximate population when after 164 hours, B) approximate population when after 1.6 hours, C) approximate population when after hours, D) approximate population when after 7.2 hours, E) approximate population when after 8.9 hours,
E) approximate population The population P of a culture of bacteria is described by the equation , where t is the time, in hours, relative to the time at which the population was 1300.What was the population at t = 3 hours? After how many hours will the population reach 7000? Round to the nearest tenth of an hour. A) approximate population when after 164 hours, B) approximate population when after 1.6 hours, C) approximate population when after hours, D) approximate population when after 7.2 hours, E) approximate population when after 8.9 hours, when The population P of a culture of bacteria is described by the equation , where t is the time, in hours, relative to the time at which the population was 1300.What was the population at t = 3 hours? After how many hours will the population reach 7000? Round to the nearest tenth of an hour. A) approximate population when after 164 hours, B) approximate population when after 1.6 hours, C) approximate population when after hours, D) approximate population when after 7.2 hours, E) approximate population when after 8.9 hours, after 8.9 hours, The population P of a culture of bacteria is described by the equation , where t is the time, in hours, relative to the time at which the population was 1300.What was the population at t = 3 hours? After how many hours will the population reach 7000? Round to the nearest tenth of an hour. A) approximate population when after 164 hours, B) approximate population when after 1.6 hours, C) approximate population when after hours, D) approximate population when after 7.2 hours, E) approximate population when after 8.9 hours,

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