Solve the problem.
-The total number of bacteria (in millions) present in a culture is given by $N(t)=5 t \sqrt{3 t+12}-6$ where $t$ represents time in hours after the beginning of an experiment. Find the rate of change of the population of bacteria with respect to time for $t=3$.
A) 42.55
B) 21.82
C) 1.31
D) 27.82

Question

Quizplus · Accepted Answer

The Answer of Solve the problem.
-The total number of bacteria (in millions) present in a culture is given by $N(t)=5 t \sqrt{3 t+12}-6$ where $t$ represents time in hours after the beginning of an experiment. Find the rate of change of the population of bacteria with respect to time for $t=3$.
A) 42.55
B) 21.82
C) 1.31
D) 27.82

Solve the Problem N(t)=5t3t+12−6N(t)=5 t \sqrt{3 t+12}-6N(t)=5t3t+12​−6 Where ttt Represents Time in Hours After the Beginning of an Experiment

Solve the Problem $N(t)=5 t \sqrt{3 t+12}-6$ Where $t$ Represents Time in Hours After the Beginning of an Experiment