Question 4 of 12 O l 5 E View Policies Show Attempt History Current Attempt in Progress I Your answer is inoorrect. Find the derivative of the function 9(3)) = p1n(4p + 5). -|:| eTextbook and Media Save for Later Attempts: 2 of 10 used Your answer is incorrect. kx + a Find the derivative of f () = . Assume that a, b, c, and k bx + c are constants. f' (2) = eTextbook and Media Save for Later Attempts: 1 of 10 used Submit AnswerYour answer is incorrect. 4x - 7 Find the equation of the tangent line to the graph of f(x) = at the point at which x = 0. 123 f ( x ) ABC #&7 X Z 7 8 X :..: 2 4 5 6 DO 2 3 X 0 e Textbook and Media Save for Later Attempts: 1 of 10 used Submit AnswerFor positive constants c and k, the Monod growth curve describes the growth of a population, P, as a function of the available cr quantity of a resource, r: P = ktr d.P Find dr and interpret it in terms of the growth of the population. dP dr dP The derivative, dr > gives Choose oneFind the equation of the tangent line to the graph of at) = 51263: at the point at which :1: = CI. 1\" Your answer is partially correct. The quantity of a drug, Omg, present in the body t hours after an injection of the drug is given is 2 = f(t) = 60te-0.7 Find f(1), f'(1), f(5), and f' (5). Give units and interpret the answers. Round your answers to two decimal places. f (1) = i f' (1) = i f (5) = i f' (5) = i Interpretation of f(1) and f (1): One hour after the drug was administered, the quantity of drug in the body is approximately f (1) mg and the quantity is increasing at a rate of If' (1) | mg per hour. Interpretation of f(5) and f (5): Five hours after the drug was administered, the quantity of drug in the body is approximately f (5) mg and the quantity is decreasing at a rate of If ' (5)| mg per hour. eTextbook and Media Save for Later Attempts: 5 of 10 used Submit