Question 1

When a picture of a hammer is placed in front of Patient H, she is unable to identify it. How can you determine if her difficulty is in recognizing the object or in simply remembering its name?
A)Ask her to demonstrate its use rather than identifying it.
B)Ask her to close her eyes before attempting to name it.
C)Ask her to copy the picture of the object instead of naming it.
D)Ask her to trace the outline of the object instead of naming it.

Accepted Answer

Asking Patient H to demonstrate the use of the hammer requires her to have an understanding of the object beyond just its name or visual appearance. Therefore, if she can successfully demonstrate its use, it suggests that her difficulty lies in recognizing the object rather than recalling its name.

Question 2

Generally, brain lesions in individuals with associative agnosia are
A)in the left hemisphere.
B)not highly localized.
C)in the right hemisphere.
D)more severe than most lesions.

Accepted Answer

Lesions in associative agnosia are typically not highly localized, meaning they are not confined to a specific brain region.

Question 3

When her telephone rings, a patient who has been diagnosed with visual object agnosia immediately picks up the receiver and answers it correctly. Why doesn't this person show any signs of an object recognition deficit in this scenario?
A)The patient can still recognize extremely familiar objects, such as her own belongings.
B)The patient is impaired only in the recognition of faces, not other classes of objects.
C)The patient can use the sound of the ringing telephone to cue its recognition.
D)The patient can recognize objects as long as they remain stationary.

Accepted Answer

The patient with visual object agnosia may have difficulty recognizing objects visually, but they can still use other cues, such as sounds or context, to identify objects. In this scenario, the sound of the telephone ringing serves as a cue for the patient to recognize it and answer it correctly.

Question 4

While conducting an fMRI study, you ask participants to view photographs of scenes and to make distinctions about those scenes. For example, you instruct participants to respond when trees are near a lake or when a house is near a garden. In which area of the brain do you most likely to see a pronounced BOLD signal?
A)the fusiform place area (FPA)
B)the parahippocampal place area (PPA)
C)the intraparietal place area (IPA)
D)the supratemporal place area (PFA)

Accepted Answer

The PPA is a region of the brain that is activated when individuals view images of scenes, particularly those that are spatially and contextually meaningful. It is involved in processing information related to the locations and layout of scenes, and plays a crucial role in memory formation and retrieval of spatial information. Thus, when participants are asked to respond to trees near a lake or houses near a garden, it is likely that the PPA will be activated due to its involvement in processing information about the spatial layout of scenes.

Question 5

A major source of evidence against the idea that faces are processed in a special neural region in humans is that the candidate region
A)is used to process a variety of perceptual stimuli in nonhuman primates.
B)is also involved in processing highly familiar places.
C)is recruited when people have to make discriminations among highly familiar stimuli.
D)varies significantly in location from person to person.

Accepted Answer

The candidate region is recruited for processing not just faces but also other highly familiar stimuli, suggesting it is not specialized solely for face processing.

Question 6

A person with a visual agnosia has difficulty in recognizing drawings of familiar objects, such as an apple. If she were asked to imagine an apple rather than to inspect a picture of an apple, you would expect to find that
A)she can generate visual images normally because agnosia does not affect internally generated information.
B)she has great difficulty in generating visual images as well as visual perception because the two skills share common brain regions.
C)she can generate visual images correctly and easily, but she cannot recognize them because of a memory deficit.
D)she has great difficulty with generating images of faces but not other kinds of objects.

Accepted Answer

Visual agnosia affects the ability to recognize objects, and since generating visual images and visual perception share common brain regions, difficulties in one can lead to difficulties in the other.

Question 7

Which of the following statements does NOT explain why some patients are visually agnosic for living (animate) things versus nonliving (inanimate) things?
A)Knowledge about different categories of objects may be represented in different parts of the brain.
B)Inanimate objects may activate kinesthetic representations that animate objects do not.
C)Animate objects may share more visual features than inanimate objects.
D)There are more familiar animate objects in the environment than inanimate objects.

Accepted Answer

The distinction between animate and inanimate object recognition does not depend on the familiarity or quantity of objects in the environment but rather on how different categories of objects are processed and represented in the brain, their visual features, and possibly the activation of different cognitive representations.

Question 8

A patient like G.S. who had visual object agnosia would have difficulty in identifying an object unless
A)the object had been familiar to him prior to his brain injury.
B)he was asked to describe the object's use rather than its specific name.
C)he was permitted to touch the object before making a response.
D)the object was presented in the contralesional side of the visual field.

Accepted Answer

Visual object agnosia is a condition where a person has difficulty recognizing objects visually. However, they can often identify objects through other sensory modalities, such as touch. Therefore, allowing the patient to touch the object before responding could help them identify it.

Question 9

Neurons in the inferior temporal (IT) cortex rarely respond to __________. Rather, they respond to __________.
A)lines or spots; human hands
B)human hands; lines or spots
C)animate objects; inanimate objects
D)inanimate objects; animate objects

Accepted Answer

Neurons in the inferior temporal (IT) cortex are known for their role in high-level visual processing, including the recognition of complex objects such as faces and objects, rather than simple visual stimuli like lines or spots.

Question 10

Cells that respond to the human hand are located in the _____________, and their responsive firing rate is high regardless of the hand's __________.
A)inferior temporal cortex; orientation
B)inferior temporal cortex; detail
C)superior temporal sulcus; orientation
D)superior temporal sulcus; detail

Accepted Answer

Cells that respond to the human hand are located in the inferior temporal cortex, and their responsive firing rate is high regardless of the hand's orientation. This area is known for its role in object recognition, including body parts such as hands.

Question 11

According to Warrington's model, patients with left posterior lesions should be particularly impaired in
A)recognizing the visually invariant properties of objects.
B)linking functionally associated visual inputs.
C)matching different views of an object as representing the same item.
D)segmenting a complex drawing into its component parts.

Accepted Answer

The answer of According to Warrington's model, patients with left...

Question 12

The term associative visual agnosia is reserved for patients who
A)have perceptual impairments due to problems with the ventral stream.
B)cannot recognize objects despite having normal perceptual representations.
C)have perceptual impairments due to problems with the dorsal stream.
D)cannot recognize objects due to compromised perceptual representations.

Accepted Answer

Associative visual agnosia is a type of visual agnosia characterized by the inability to recognize objects despite having normal perceptual representations. This implies that the patient's visual processing is intact, but they have a deficit in semantic knowledge or object recognition. This condition is associated with damage to the ventral stream in the brain, particularly in the temporal lobe.

Question 13

Decoding is to encoding as ____________ is to ____________.
A)neural activity; mind reading
B)mind reading; neural activity
C)object recognition; object identification
D)object identification; object recognition

Accepted Answer

Decoding involves interpreting or making sense of something, which is akin to mind reading where one attempts to understand thoughts or mental states. Encoding, on the other hand, is about generating or converting thoughts into a communicable form, similar to how neural activity represents the process of generating signals or thoughts.

Question 14

Regarding facial recognition, the ventral pathway is to the superior temporal sulcus as __________ is to __________.
A)emotion; familiarity
B)direction of gaze; features
C)structure; movement
D)movement; emotion

Accepted Answer

The ventral pathway is involved in the recognition of the structure of faces, while the superior temporal sulcus is involved in the perception of facial movements, such as eye gaze and expressions.

Question 15

Why might the brain have dedicated regions devoted to recognizing faces or places, but not for making other types of distinctions such as object discrepancies?
A)Faces and places are most prevalent in our environment, rather than objects.
B)Objects require numerous neural regions to sum various object parts.
C)Recognizing faces and remembering places serves a superior evolutionary advantage.
D)There are too many object categories for the brain to dedicate distinct object regions.

Accepted Answer

Recognizing faces and remembering places are critical for social communication and navigation, which provide a significant evolutionary advantage. Therefore, the brain has dedicated specific regions to these tasks to optimize their efficiency.

Answer: B 
 Objects are complex and require multiple neural regions to process different features such as color, shape, and size. Therefore, the brain cannot dedicate a single region to recognize or distinguish objects as a whole.

Answer: A and D are not correct answers as they do not explain the specific reason for dedicated regions for recognizing faces and places.

Question 16

Which of the following is a brain region that would likely be implicated in processing spatial relations in an outdoor scene?
A)the fusiform place area (FPA)
B)the parahippocampal place area (PPA)
C)the fusiform face area (FFA)
D)the parahippocampal face area (PFA)

Accepted Answer

The parahippocampal place area (PPA) is a brain region that is specifically involved in processing spatial relations in scenes, particularly outdoor environments.

Question 17

Which characteristic of brain activity is promising for the potential to decode dreams in the future?
A)Activity patterns during perception resemble those generated when people imagine the same object.
B)Activity levels during perception resemble those generated when people imagine the same object.
C)Activity patterns in V1 resemble patterns in the temporal lobe.
D)Activity levels in V1 resemble levels in the temporal lobe.

Accepted Answer

Activity patterns during perception resembling those generated when people imagine the same object suggest that neural representations for perception and imagination overlap. This overlap could potentially provide a foundation for decoding dreams, which involve a mixture of perception and imagination.

Question 18

A researcher wishes to investigate the visual processing of bodies in the human brain using TMS. Where should he or she stimulate?
A)on the border of the occipital and temporal lobes
B)on the border of the occipital and parietal lobes
C)on the border of the temporal and parietal lobes
D)on the border of the parietal and frontal lobes

Accepted Answer

Stimulation of the border of the occipital and temporal lobes has been shown to produce disruptions in body processing, indicating the involvement of this region in visual processing of bodies. Stimulation of the other borders would not necessarily produce the same effect.

Question 19

A patient who has difficulty matching pictures of the same object taken from different vantage points may be showing which dysfunction?
A)anomia
B)alexia
C)apperceptive visual agnosia
D)associative visual agnosia

Accepted Answer

Apperceptive visual agnosia is a type of visual agnosia where the patient has difficulty perceiving and interpreting visual information. Patients with this dysfunction may have difficulty matching pictures of the same object taken from different vantage points, as they are not able to integrate the different views into a coherent whole. Anomia refers to difficulty in naming objects or finding the right words for what you want to say. Alexia refers to difficulty in reading, while associative visual agnosia refers to difficulty in recognizing objects despite intact visual perception.

Question 20

Using equipment such as EEG and fMRI, it is possible that in the future, __________ will assist the detection of psychopathy, lies, terrorism, and murder.
A)advanced algorithms
B)facial recognition
C)mind reading
D)machine learning

Accepted Answer

The answer of Using equipment such as EEG and fMRI,...

Quiz 6: Object Recognition

When a picture of a hammer is placed in front of Patient H, she is unable to identify it. How can you determine if her difficulty is in recognizing the object or in simply remembering its name?

Generally, brain lesions in individuals with associative agnosia are

When her telephone rings, a patient who has been diagnosed with visual object agnosia immediately picks up the receiver and answers it correctly. Why doesn't this person show any signs of an object recognition deficit in this scenario?

A major source of evidence against the idea that faces are processed in a special neural region in humans is that the candidate region

A person with a visual agnosia has difficulty in recognizing drawings of familiar objects, such as an apple. If she were asked to imagine an apple rather than to inspect a picture of an apple, you would expect to find that

Which of the following statements does NOT explain why some patients are visually agnosic for living (animate) things versus nonliving (inanimate) things?

A patient like G.S. who had visual object agnosia would have difficulty in identifying an object unless

Neurons in the inferior temporal (IT) cortex rarely respond to . Rather, they respond to .

Cells that respond to the human hand are located in the ___, and their responsive firing rate is high regardless of the hand's .

According to Warrington's model, patients with left posterior lesions should be particularly impaired in

The term associative visual agnosia is reserved for patients who

Decoding is to encoding as is to .

Regarding facial recognition, the ventral pathway is to the superior temporal sulcus as is to .

Why might the brain have dedicated regions devoted to recognizing faces or places, but not for making other types of distinctions such as object discrepancies?

Which of the following is a brain region that would likely be implicated in processing spatial relations in an outdoor scene?

Which characteristic of brain activity is promising for the potential to decode dreams in the future?

A researcher wishes to investigate the visual processing of bodies in the human brain using TMS. Where should he or she stimulate?

A patient who has difficulty matching pictures of the same object taken from different vantage points may be showing which dysfunction?

Using equipment such as EEG and fMRI, it is possible that in the future, __________ will assist the detection of psychopathy, lies, terrorism, and murder.