A bacterial culture grows according to

MATHEMATICS · Single correct · AP · Calculus BC · Differential Equations · Differential Equations

Problem

A bacterial culture grows according to dpdt=0.05p\dfrac{dp}{dt}=0.05p, where p(t)p(t) is the number of bacteria and tt is measured in hours. Starting with p(0)=1000p(0)=1000, a student makes three successive tangent-line steps with constant step size 22 hours to approximate p(6)p(6). The student obtains the value 13311331. Which statement BEST interprets this numerical result in context? (a) After 66 hours the culture’s growth rate is predicted to be about 13311331 bacteria per hour. (b) The approximation suggests the population will increase by approximately 13311331 bacteria over the 66-hour interval. (c) After 66 hours the culture is predicted to contain approximately 13311331 bacteria. (d) Because 13311331 exceeds the initial 10001000 bacteria, the model predicts a total of about 23312331 bacteria after 6 hours.

Related theory

Browse the problem library