After a foreign substance is introduced into the blood, the rate at which antibodies are made is modeled by 41 91²2+19 f(1) = where f(t) is in thousands of antibodies per minute, and r is measured in minutes with OSS 50. Assuming that there are no antibodies present at time t = 0, find the total number of antibodies in the blood at the end of 50 minutes. Round your answer to two decimal places. Number of Antibodies (in thousands) - H
After a foreign substance is introduced into the blood, the rate at which antibodies are made is modeled by 41 91²2+19 f(1) = where f(t) is in thousands of antibodies per minute, and r is measured in minutes with OSS 50. Assuming that there are no antibodies present at time t = 0, find the total number of antibodies in the blood at the end of 50 minutes. Round your answer to two decimal places. Number of Antibodies (in thousands) - H
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Transcribed Image Text:After a foreign substance is introduced into the blood, the rate at which antibodies are made is modeled by
4t
91² + 19
f(1)
where f(t) is in thousands of antibodies per minute, and r is measured in minutes with 0 Sts 50. Assuming that there are no antibodies present at time
t=0, find the total number of antibodies in the blood at the end of 50 minutes. Round your answer to two decimal places.
Number of Antibodies (in thousands) -
III
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