Suppose N(t) represents the number of bacteria in a dish t hours after the start of a lab experiment. a). Interpret the meaning of N(20)= 100 . Please circle your answer A. 100 is the average rate of change in the number of bacteria after 20 hours. B. 100 is the rate of change in the number of bacteria after 20 hours. C. After 20 hours, there are 100 bacteria in the dish. D. 100 is the total change in the number of bacteria between the first hour and 20 hours later. b). Interpret the meaning of N'(20)= 100 . Please circle your answer. A. 100 is the average rate of change in the number of bacteria after 20 hours. B. 100 is the rate of change in the number of bacteria after 20 hours. C. After 20 hours, there are 100 bacteria in the dish. D. 100 is the total change in the number of bacteria between the first hour and 20 hours later.
Suppose N(t) represents the number of bacteria in a dish t hours after the start of a lab experiment.
a). Interpret the meaning of N(20)= 100 . Please circle your answer
A. 100 is the average rate of change in the number of bacteria after 20 hours.
B. 100 is the rate of change in the number of bacteria after 20 hours.
C. After 20 hours, there are 100 bacteria in the dish.
D. 100 is the total change in the number of bacteria between the first hour and 20 hours later.
b). Interpret the meaning of N'(20)= 100 . Please circle your answer.
A. 100 is the average rate of change in the number of bacteria after 20 hours.
B. 100 is the rate of change in the number of bacteria after 20 hours.
C. After 20 hours, there are 100 bacteria in the dish.
D. 100 is the total change in the number of bacteria between the first hour and 20 hours later.
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