Solved

Solve the Problem $\pi$ Of a Circular Oil Spill Changes with the Radius

Question 107

Multiple Choice

Solve the problem.
-The area A = $\pi$ $Solve the problem. -The area A = \pi of a circular oil spill changes with the radius. At what rate does the area change with respect to the radius when A) 18 \pi /ft B) 18 /ft C) 9 \pi /ft D) 81 \pi /ft$ of a circular oil spill changes with the radius. At what rate does the area change with respect to the radius when $Solve the problem. -The area A = \pi of a circular oil spill changes with the radius. At what rate does the area change with respect to the radius when A) 18 \pi /ft B) 18 /ft C) 9 \pi /ft D) 81 \pi /ft$

A) 18 $\pi$ $Solve the problem. -The area A = \pi of a circular oil spill changes with the radius. At what rate does the area change with respect to the radius when A) 18 \pi /ft B) 18 /ft C) 9 \pi /ft D) 81 \pi /ft$ /ft
B) 18 $Solve the problem. -The area A = \pi of a circular oil spill changes with the radius. At what rate does the area change with respect to the radius when A) 18 \pi /ft B) 18 /ft C) 9 \pi /ft D) 81 \pi /ft$ /ft
C) 9 $\pi$ $Solve the problem. -The area A = \pi of a circular oil spill changes with the radius. At what rate does the area change with respect to the radius when A) 18 \pi /ft B) 18 /ft C) 9 \pi /ft D) 81 \pi /ft$ /ft
D) 81 $\pi$ $Solve the problem. -The area A = \pi of a circular oil spill changes with the radius. At what rate does the area change with respect to the radius when A) 18 \pi /ft B) 18 /ft C) 9 \pi /ft D) 81 \pi /ft$ /ft