The smaller the curvature in a bend of a road, the faster a car can travel. Assume that the maximum speed around a turn is inversely proportional to the square root of the curvature. A car moving on the path

(x and y are measured in miles) can safely go 30 miles per hour at The smaller the curvature in a bend of a road, the faster a car can travel. Assume that the maximum speed around a turn is inversely proportional to the square root of the curvature. A car moving on the path (x and y are measured in miles) can safely go 30 miles per hour at . How fast can it go at ? Round your answer to two decimal places. A) mi/h B) mi/h C) mi/h D) mi/h E) mi/h

. How fast can it go at The smaller the curvature in a bend of a road, the faster a car can travel. Assume that the maximum speed around a turn is inversely proportional to the square root of the curvature. A car moving on the path (x and y are measured in miles) can safely go 30 miles per hour at . How fast can it go at ? Round your answer to two decimal places. A) mi/h B) mi/h C) mi/h D) mi/h E) mi/h

? Round your answer to two decimal places.
A) The smaller the curvature in a bend of a road, the faster a car can travel. Assume that the maximum speed around a turn is inversely proportional to the square root of the curvature. A car moving on the path (x and y are measured in miles) can safely go 30 miles per hour at . How fast can it go at ? Round your answer to two decimal places. A) mi/h B) mi/h C) mi/h D) mi/h E) mi/h

mi/h
B)

mi/h
C)

mi/h
D)

mi/h
E)

mi/h

The Position Vector Describes the Path of an Object