Multiple Choice
In the context of lighting in the retinal image, which statement explains that distant objects appear LESS distinct than nearby objects?
A) The farther away an object is, the less air the light must pass through to reach us, and the more that light can be scattered.
B) When the air is very clear and dry, less air passes through the light to reach us that makes objects appear increasingly hazy with distance.
C) The farther away an object is, the more air the light must pass through to reach us, and the more that light can be scattered.
D) As you move through the environment, more distant objects move more slowly across your retina than nearby objects, making it less distinct.
Correct Answer:

Verified
Correct Answer:
Verified
Q57: During a recent trip to the airport,
Q58: Which technology has been developed to permit
Q59: _ is a position-based depth cue. In
Q60: The figure given below shows the tabletop
Q61: In holographic technology, which type of depth
Q63: In order to switch focus from one
Q64: How would your perception of depth change
Q65: When the visual angle for a basketball
Q66: In an fMRI experiment conducted by Murray
Q67: Objects on the horopter produce _ disparity.<br>A)