Question

(a) How can a driver steer a car traveling at constant speed so that the acceleration is zero? (Assume that the road is level. Select all that apply.) on a circular path on a straight line on a parabolic path on an elliptical path Incorrect: Your answer is incorrect. (b) How can a driver steer a car traveling at constant speed so that the magnitude of the acceleration remains constant. (Assume that the road is level. Select all that apply.) on a circular path on a straight line on a parabolic path on an elliptical path Incorrect: Your answer is incorrect.

Answer 1

To steer a car traveling at a constant speed and have zero acceleration, the driver should steer the car on a straight line.

Step-by-step explanation:

In order to steer a car traveling at a constant speed so that the acceleration is zero, the driver can steer the car on a straight line. When the car moves in a straight line, the direction of the velocity does not change, and therefore there is no acceleration.

On a circular path, parabolic path, or an elliptical path, the car would experience a changing direction, and thus acceleration would be present. Therefore, the correct answer is: on a straight line.