Question

Difficulty: HardPavement Markings and Lane Lines

A driver is traveling on a roadway where a center travel lane is marked on both sides by double broken (dashed) yellow lines. Overhead lane-use control signals display a steady red 'X' above this center lane. Which of the following statements correctly describes the legal requirement for using this lane?

  1. The lane is a reversible lane currently closed to traffic in the driver's direction, and the driver must not enter or travel in it.Answer
  2. B
    The lane is a dedicated two-way left-turn lane, allowing the driver to enter it to overtake slow-moving vehicles.
  3. C
    The broken yellow markings indicate an unrestricted passing zone that overrides the overhead signal indicator.
  4. D
    The lane may be entered to pass other vehicles as long as the maneuver is completed within 100 feet of an upcoming intersection.

Answer

The lane is a reversible lane currently closed to traffic in the driver's direction, and the driver must not enter or travel in it.
Double broken yellow lines mark reversible lanes, which change traffic flow directions to manage congestion. The steady red 'X' overhead signal explicitly forbids vehicles in the driver's direction from entering or using the lane.

Step-by-Step Solution

1
Identify the pavement marking pattern
Double broken (dashed) yellow lines on both edges of a lane designate a reversible lane whose direction of traffic changes based on time of day.
Understanding lane marking standards is necessary to identify special lane types.
2
Interpret the overhead control signal
A steady red 'X' indicates that the lane is closed to traffic traveling in the driver's direction.
Overhead lane control signals regulate permission to enter or travel within reversible lanes.
3
Determine the required driving maneuver
The driver must remain in open travel lanes and avoid crossing into the reversible lane.
Driving in a lane marked with a red 'X' creates a severe risk of head-on collisions.

Key Concept

Reversible Lane Markings and Signals
Estimated Time:1m 30s
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