After a certain medicine is ingested, the number of harmful bacteria remaining in the body declines rapidly.The relationship between the elapsed time t, in minutes, since the medicine is ingested, and the number of harmful bacteria remaining in the body, Hminute (t), is modeled by the following function:Hminute (t)=500,000,000⋅(0.2)t′Complete the following sentence about the rate of change in the number of harmful bacteria remaining in the body in seconds.Round your answer to two decimal places.Every second, the number of harmful bacteria remaining in the body decays by a factor of Get tutor helpAP Calculus ABAP Exam Review Free Response 5This Question is **CALCULATOR INACTIVE**Please show all work on page 2&3Mzab Gundis live in the central Sahara Desert in Algeria, northern Niger, northwestern Chad, northeastern Mali, and southwestern Libya. The rate at which a Mzab gundi gains weight is proportional to the difference between its adult weight and its current weight. At time t=0, when the Gundi is first weighed, its weight is 20 grams. If G(t) is the weight of the Gundi, in grams, at time t days after it is first weighed, then dtdG=501(180−G). Let y=G(t) be the solution to the differential equation above with initial condition G(0)=20.(a) Is the Gundi gaining weight faster when it weighs 60 grams or when it weighs 100 grams? Explain your reasoning.(b) Find dt2d2G in terms of G. Use dt2d2G to explain why the graph of G cannot resemble the following graph.(c) Use separation of variables to find y=G(t), the particular solution to the differential equation with initial condition G(0)=20. Get tutor helpThe following is a set of hypotheses, some information from one or more samples, and a standard error from a randomization distribution.Test H0:μ1=μ2 vs Ha:μ1>μ2 when the samples have n1=n2=60,x1=35.4,x2=32.8,s1=1.24, and s2=1.17. The standard error of xˉ1−xˉ2 from the randomization distribution is 0.22 .Find the value of the standardized z-test statistic.Round your answer to two decimal places.z= Get tutor help