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.

Question

Quizplus · Accepted Answer

The correct answer is C because as the distance between an observer and an object increases, the light reflecting off the object must travel through more air to reach the observer. This increased distance allows for more opportunities for the light to be scattered by particles in the air, which can blur or reduce the clarity of the image formed on the retina, making distant objects appear less distinct.

In the Context of Lighting in the Retinal Image, Which