Question 1

_______ provide(s) precise quantitative information about distance in the third dimension.

Accepted Answer

A)  Relative height 
B)  Metrical depth cues 
C)  Nonmetrical depth cues 
D)  Aerial perspective 
E)  Occlusion 
A)  Relative height 
B)  Metrical depth cues 
C)  Nonmetrical depth cues 
D)  Aerial perspective 
E)  Occlusion

Question 2

_______ is the difference between the two retinal images of the same scene and is the basis of stereopsis.

Accepted Answer

A)  Binocular disparity 
B)  Depth perception 
C)  Stereopsis 
D)  Binocular summation 
E)  Accommodation 
A)  Binocular disparity 
B)  Depth perception 
C)  Stereopsis 
D)  Binocular summation 
E)  Accommodation

Question 3

Which of the following is evidence for neurons that encode the horopter?

Accepted Answer

A)  Binocular neurons that respond best when retinal images are on corresponding points in the two retinas. 
B)  Binocular neurons that respond best when retinal images are on different points in the two retinas. 
C)  Binocular neurons that respond best to the right eye. 
D)  Binocular neurons that respond best to the left eye. 
E)  Binocular neurons that respond best when a feature is seen in one eye but not the other. 
A)  Binocular neurons that respond best when retinal images are on corresponding points in the two retinas. 
B)  Binocular neurons that respond best when retinal images are on different points in the two retinas. 
C)  Binocular neurons that respond best to the right eye. 
D)  Binocular neurons that respond best to the left eye. 
E)  Binocular neurons that respond best when a feature is seen in one eye but not the other.

Question 4

What is the correspondence problem in stereo vision?

Accepted Answer

The correspondence problem is the proble

Question 5

Using the depth cue of _______ you can tell how far away something is based on how much detail is visible in the elements on the ground between you and the object.

Accepted Answer

A)  occlusion 
B)  aerial perspective 
C)  linear perspective 
D)  relative height 
E)  texture gradient 
A)  occlusion 
B)  aerial perspective 
C)  linear perspective 
D)  relative height 
E)  texture gradient

Question 6

Refer to the figure.
  In this figure, the viewer mistakes the two horizontal lines to be

Accepted Answer

A)  not parallel to one another. 
B)  closer to each other than they actually are. 
C)  farther away from each other than they actually are. 
D)  the same length. 
E)  of different lengths. 
A)  not parallel to one another. 
B)  closer to each other than they actually are. 
C)  farther away from each other than they actually are. 
D)  the same length. 
E)  of different lengths.

Question 7

What happens when two different images are presented to the two eyes?

Accepted Answer

When different images are presented to e

Question 8

_______ is an important depth cue that comes into play during head movements or while moving through an environment.

Accepted Answer

A)  Motion parallax 
B)  Familiar size 
C)  Convergence 
D)  Vanishing point 
E)  Stereopsis 
A)  Motion parallax 
B)  Familiar size 
C)  Convergence 
D)  Vanishing point 
E)  Stereopsis

Question 9

If a camera judges the distance of an object based on the lens setting that causes the object to appear in focus, then the camera is using the depth cue of

Accepted Answer

A)  aerial perspective. 
B)  motion parallax. 
C)  stereo vision. 
D)  accommodation. 
E)  convergence. 
A)  aerial perspective. 
B)  motion parallax. 
C)  stereo vision. 
D)  accommodation. 
E)  convergence.

Question 10

What is a critical period and how does it relate to the development of stereo vision?

Accepted Answer

A critical period is a window of time du

Question 11

Refer to the figure.
  The imaginary (gray) circle in the figure is known as

Accepted Answer

A)  the vanishing point. 
B)  the horopter. 
C)  Panum's circle. 
D)  the convergence point. 
E)  the stereo circle. 
A)  the vanishing point. 
B)  the horopter. 
C)  Panum's circle. 
D)  the convergence point. 
E)  the stereo circle.

Question 12

Which depth cue can provide information about precise distance from the observer?

Accepted Answer

A)  Relative height 
B)  Aerial perspective 
C)  Occlusion 
D)  Linear perspective 
E)  Familiar size 
A)  Relative height 
B)  Aerial perspective 
C)  Occlusion 
D)  Linear perspective 
E)  Familiar size

Question 13

Which of the following is not a metrical depth cue?

Accepted Answer

A)  Motion parallax 
B)  Relative size 
C)  Relative height 
D)  Stereopsis 
E)  Occlusion 
A)  Motion parallax 
B)  Relative size 
C)  Relative height 
D)  Stereopsis 
E)  Occlusion

Question 14

As a depth cue, occlusion provides _______ information.

Accepted Answer

A)  relative height 
B)  motion parallax 
C)  nonmetrical depth 
D)  relative metrical depth 
E)  absolute metrical depth 
A)  relative height 
B)  motion parallax 
C)  nonmetrical depth 
D)  relative metrical depth 
E)  absolute metrical depth

Question 15

Virtual reality headsets display a different image to each eye, which is technically a form of _______ presentation.

Accepted Answer

A)  biopic 
B)  monoptic 
C)  stereoptic 
D)  chronoptic 
E)  dichoptic 
A)  biopic 
B)  monoptic 
C)  stereoptic 
D)  chronoptic 
E)  dichoptic

Question 16

The theoretical significance of random dot stereograms is that they show that

Accepted Answer

A)  accommodation and convergence cannot be uncoupled. 
B)  stereo vision can be achieved only with identifiable shapes. 
C)  stereo vision can be achieved without identifiable shapes. 
D)  the parvocellular system cannot perceive stereo. 
E)  the magnocellular system cannot perceive stereo. 
A)  accommodation and convergence cannot be uncoupled. 
B)  stereo vision can be achieved only with identifiable shapes. 
C)  stereo vision can be achieved without identifiable shapes. 
D)  the parvocellular system cannot perceive stereo. 
E)  the magnocellular system cannot perceive stereo.

Question 17

Refer to the figure.
  If these two images are free-fused, it leads to

Accepted Answer

A)  stereoblindness. 
B)  absolute disparity. 
C)  relative disparity. 
D)  binocular rivalry. 
E)  stereopsis. 
A)  stereoblindness. 
B)  absolute disparity. 
C)  relative disparity. 
D)  binocular rivalry. 
E)  stereopsis.

Question 18

Refer to the figure.
  This figure depicts the depth cue of

Accepted Answer

A)  occlusion. 
B)  aerial perspective. 
C)  linear perspective. 
D)  relative height. 
E)  familiar size. 
A)  occlusion. 
B)  aerial perspective. 
C)  linear perspective. 
D)  relative height. 
E)  familiar size.

Question 19

Refer to the figure.
  This figure depicts the _______ depth cue.

Accepted Answer

A)  occlusion 
B)  linear perspective 
C)  texture gradient 
D)  haze/aerial perspective 
E)  anamorphic projection 
A)  occlusion 
B)  linear perspective 
C)  texture gradient 
D)  haze/aerial perspective 
E)  anamorphic projection

Question 20

Refer to the figure.
  This figure illustrates the _______ depth cue.

Accepted Answer

A)  motion parallax 
B)  aerial perspective 
C)  linear perspective 
D)  accommodation 
E)  convergence 
A)  motion parallax 
B)  aerial perspective 
C)  linear perspective 
D)  accommodation 
E)  convergence

_______ provide(s) precise quantitative information about distance in the third dimension.

_______ is the difference between the two retinal images of the same scene and is the basis of stereopsis.

Which of the following is evidence for neurons that encode the horopter?

What is the correspondence problem in stereo vision?

Using the depth cue of _______ you can tell how far away something is based on how much detail is visible in the elements on the ground between you and the object.

Refer to the figure. In this figure, the viewer mistakes the two horizontal lines to be

What happens when two different images are presented to the two eyes?

_______ is an important depth cue that comes into play during head movements or while moving through an environment.

If a camera judges the distance of an object based on the lens setting that causes the object to appear in focus, then the camera is using the depth cue of

What is a critical period and how does it relate to the development of stereo vision?

Refer to the figure. The imaginary (gray) circle in the figure is known as

Which depth cue can provide information about precise distance from the observer?

Which of the following is not a metrical depth cue?

As a depth cue, occlusion provides _______ information.

Virtual reality headsets display a different image to each eye, which is technically a form of _______ presentation.

The theoretical significance of random dot stereograms is that they show that

Refer to the figure. If these two images are free-fused, it leads to

Refer to the figure. This figure depicts the depth cue of

Refer to the figure. This figure depicts the _______ depth cue.

Refer to the figure. This figure illustrates the _______ depth cue.

Introduction

The First Steps in Vision: From Light to Neural Signals

Spatial Vision: From Spots to Stripes

Perceiving and Recognizing Objects

The Perception of Color

Attention and Scene Perception

Visual Motion Perception

Hearing: Physiology and Psychoacoustics

Hearing in the Environment

Music and Speech Perception

Vestibular Sensation

Touch

Olfaction

Taste

Filters

Exam 6: Space Perception and Binocular Vision

_______ provide(s) precise quantitative information about distance in the third dimension.

_______ is the difference between the two retinal images of the same scene and is the basis of stereopsis.

Which of the following is evidence for neurons that encode the horopter?

What is the correspondence problem in stereo vision?

Using the depth cue of _______ you can tell how far away something is based on how much detail is visible in the elements on the ground between you and the object.

Refer to the figure. In this figure, the viewer mistakes the two horizontal lines to be

What happens when two different images are presented to the two eyes?

_______ is an important depth cue that comes into play during head movements or while moving through an environment.

If a camera judges the distance of an object based on the lens setting that causes the object to appear in focus, then the camera is using the depth cue of

What is a critical period and how does it relate to the development of stereo vision?

Refer to the figure. The imaginary (gray) circle in the figure is known as

Which depth cue can provide information about precise distance from the observer?

Which of the following is not a metrical depth cue?

As a depth cue, occlusion provides _______ information.

Virtual reality headsets display a different image to each eye, which is technically a form of _______ presentation.

The theoretical significance of random dot stereograms is that they show that

Refer to the figure. If these two images are free-fused, it leads to

Refer to the figure. This figure depicts the depth cue of

Refer to the figure. This figure depicts the _______ depth cue.

Refer to the figure. This figure illustrates the _______ depth cue.

Introduction

The First Steps in Vision: From Light to Neural Signals

Spatial Vision: From Spots to Stripes

Perceiving and Recognizing Objects

The Perception of Color

Attention and Scene Perception

Visual Motion Perception

Hearing: Physiology and Psychoacoustics

Hearing in the Environment

Music and Speech Perception

Vestibular Sensation

Touch

Olfaction

Taste

Filters