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What is the process of organizing visual elements into meaningful wholes called?- a)Cognitive Style
- b) Field Dependency
- c)Depth Perception
- d)Form Perception
Correct answer is option 'D'. Can you explain this answer?
What is the process of organizing visual elements into meaningful wholes called?
a)
Cognitive Style
b)
Field Dependency
c)
Depth Perception
d)
Form Perception
|
Arjun Chaudhary answered |
Form perception is the process of organizing visual elements into meaningful wholes. It is the ability to recognize and interpret the shapes, patterns, and relationships between different visual elements in order to perceive and understand the overall form or structure of an object or scene.
The process of form perception involves several cognitive processes and mechanisms that work together to make sense of visual information. These processes include:
1. Figure-Ground Relationship: This refers to the ability to distinguish between the main object or figure and its background. The figure is the object of interest, while the ground is the background against which the figure stands out. The ability to perceive the figure-ground relationship allows us to focus on the important elements and ignore the irrelevant ones.
2. Grouping and Gestalt Principles: Gestalt psychology proposes that our brains naturally organize visual elements into groups or wholes based on certain principles. These principles include proximity (elements that are close together tend to be perceived as a group), similarity (elements that are similar in shape, color, or size are perceived as a group), continuity (elements that form a smooth, continuous line or curve are perceived as a group), and closure (we tend to fill in missing parts of a figure to perceive it as a whole).
3. Depth Perception: Depth perception is the ability to perceive the relative distance and three-dimensional structure of objects in the visual field. It allows us to perceive depth, size, and distance accurately. Depth cues such as binocular disparity (the difference in the images seen by each eye), motion parallax (the relative movement of objects as we move), and linear perspective (the convergence of parallel lines) help us perceive depth and form.
4. Context and Prior Knowledge: Our past experiences, knowledge, and expectations play a role in form perception. We often rely on context and our prior knowledge to make sense of ambiguous or incomplete visual information. For example, we may perceive a partially hidden object based on our expectations and past experiences with similar objects.
In conclusion, form perception is the process of organizing visual elements into meaningful wholes. It involves various cognitive processes such as figure-ground relationship, grouping principles, depth perception, and the influence of context and prior knowledge. These processes work together to help us perceive and understand the form and structure of objects and scenes in our visual environment.
The process of form perception involves several cognitive processes and mechanisms that work together to make sense of visual information. These processes include:
1. Figure-Ground Relationship: This refers to the ability to distinguish between the main object or figure and its background. The figure is the object of interest, while the ground is the background against which the figure stands out. The ability to perceive the figure-ground relationship allows us to focus on the important elements and ignore the irrelevant ones.
2. Grouping and Gestalt Principles: Gestalt psychology proposes that our brains naturally organize visual elements into groups or wholes based on certain principles. These principles include proximity (elements that are close together tend to be perceived as a group), similarity (elements that are similar in shape, color, or size are perceived as a group), continuity (elements that form a smooth, continuous line or curve are perceived as a group), and closure (we tend to fill in missing parts of a figure to perceive it as a whole).
3. Depth Perception: Depth perception is the ability to perceive the relative distance and three-dimensional structure of objects in the visual field. It allows us to perceive depth, size, and distance accurately. Depth cues such as binocular disparity (the difference in the images seen by each eye), motion parallax (the relative movement of objects as we move), and linear perspective (the convergence of parallel lines) help us perceive depth and form.
4. Context and Prior Knowledge: Our past experiences, knowledge, and expectations play a role in form perception. We often rely on context and our prior knowledge to make sense of ambiguous or incomplete visual information. For example, we may perceive a partially hidden object based on our expectations and past experiences with similar objects.
In conclusion, form perception is the process of organizing visual elements into meaningful wholes. It involves various cognitive processes such as figure-ground relationship, grouping principles, depth perception, and the influence of context and prior knowledge. These processes work together to help us perceive and understand the form and structure of objects and scenes in our visual environment.
In conjunction search: - a)The target/distractor difference is not based on a single feature, but on conjunctions of features.
- b)Search time for the target is not constant, but instead rises with the number of distractors.
- c)The observer apparently searches through the display serially, scanning each item (or small group of items) successively (serial search).
- d)All of the above.
Correct answer is option 'D'. Can you explain this answer?
In conjunction search:
a)
The target/distractor difference is not based on a single feature, but on conjunctions of features.
b)
Search time for the target is not constant, but instead rises with the number of distractors.
c)
The observer apparently searches through the display serially, scanning each item (or small group of items) successively (serial search).
d)
All of the above.
|
Rajesh Gupta answered |
Parallel search tasks can be contrasted with a second search type, conjunction search, in which the target/distractor difference is not based on a single feature, but on conjunctions of features. For example, the target might be a vertical red line in an array of vertical blue lines and tilted red lines. In this scenario, search time for the target is not constant, but instead rises with the number of distractors. The observer apparently searches through the display serially, scanning each item (or small group of items) successively (serial search).
Both positive and negative trials are presented. In positive trials the target is present in the display, whereas in negative trials the target is absent in the display. This kind of task might arise in real life when you have forgotten the location of your car in a large car park. You have to find a blue Ford amongst an array of cars of many makes and colours, where, for example, red Fords and blue Volkswagens are the distractors. The target does not pop out, but finding it requires effortful attentive scrutiny (Treisman & Gormican, 1988).
Both positive and negative trials are presented. In positive trials the target is present in the display, whereas in negative trials the target is absent in the display. This kind of task might arise in real life when you have forgotten the location of your car in a large car park. You have to find a blue Ford amongst an array of cars of many makes and colours, where, for example, red Fords and blue Volkswagens are the distractors. The target does not pop out, but finding it requires effortful attentive scrutiny (Treisman & Gormican, 1988).
According to Gestalt psychologists, how do we perceive stimuli?- a)As discrete elements
- b) As unrelated parts
- c)As random patterns
- d)As organized wholes
Correct answer is option 'D'. Can you explain this answer?
According to Gestalt psychologists, how do we perceive stimuli?
a)
As discrete elements
b)
As unrelated parts
c)
As random patterns
d)
As organized wholes
|
|
Pj Commerce Academy answered |
Gestalt psychologists propose that we perceive stimuli not as isolated elements, but as organized wholes with distinct forms. They emphasize that an object's form is found in its entirety and is different from the sum of its parts.
What is the difference between field dependent and field independent cognitive styles in perception?- a)Field dependent perceives the external world in smaller units, while field independent perceives it holistically.
- b)Field dependent perceives the external world holistically, while field independent perceives it in smaller units.
- c)Both perceive the external world holistically.
- d)Both perceive the external world in smaller units.
Correct answer is option 'B'. Can you explain this answer?
What is the difference between field dependent and field independent cognitive styles in perception?
a)
Field dependent perceives the external world in smaller units, while field independent perceives it holistically.
b)
Field dependent perceives the external world holistically, while field independent perceives it in smaller units.
c)
Both perceive the external world holistically.
d)
Both perceive the external world in smaller units.
|
Gayatri Yadav answered |
Field Dependent and Field Independent Cognitive Styles in Perception
Definition:
Field dependent and field independent cognitive styles are two different ways in which individuals perceive and interpret the external world. These styles are associated with differences in how individuals process information, make decisions, and solve problems.
Field Dependent Style:
- Field dependent individuals perceive the external world holistically.
- They tend to focus on the overall context and relationships between various elements.
- They have a tendency to rely on external cues and consider the entire picture rather than breaking it down into smaller units.
- They may struggle with filtering out irrelevant information and may be more influenced by the opinions and expectations of others.
- Field dependent individuals may have difficulty in identifying individual elements within a complex visual scene.
Field Independent Style:
- Field independent individuals perceive the external world in smaller units.
- They have a tendency to focus on specific details and separate elements from the overall context.
- They rely on internal cues and are more autonomous in their decision-making process.
- They can easily identify individual elements within a complex visual scene and are better at filtering out irrelevant information.
- Field independent individuals tend to be more self-reliant and less influenced by external opinions and expectations.
Relationship between Perception and Cognitive Styles:
- Perception involves the process of organizing and interpreting sensory information from the environment.
- Field dependent individuals tend to rely on the overall context and relationships between elements in their perception.
- Field independent individuals, on the other hand, focus on specific details and separate elements from the overall context in their perception.
Conclusion:
In conclusion, the main difference between field dependent and field independent cognitive styles in perception lies in how individuals perceive the external world. Field dependent individuals perceive the world holistically, while field independent individuals perceive it in smaller units. These cognitive styles can have implications for how individuals process information, make decisions, and solve problems.
Definition:
Field dependent and field independent cognitive styles are two different ways in which individuals perceive and interpret the external world. These styles are associated with differences in how individuals process information, make decisions, and solve problems.
Field Dependent Style:
- Field dependent individuals perceive the external world holistically.
- They tend to focus on the overall context and relationships between various elements.
- They have a tendency to rely on external cues and consider the entire picture rather than breaking it down into smaller units.
- They may struggle with filtering out irrelevant information and may be more influenced by the opinions and expectations of others.
- Field dependent individuals may have difficulty in identifying individual elements within a complex visual scene.
Field Independent Style:
- Field independent individuals perceive the external world in smaller units.
- They have a tendency to focus on specific details and separate elements from the overall context.
- They rely on internal cues and are more autonomous in their decision-making process.
- They can easily identify individual elements within a complex visual scene and are better at filtering out irrelevant information.
- Field independent individuals tend to be more self-reliant and less influenced by external opinions and expectations.
Relationship between Perception and Cognitive Styles:
- Perception involves the process of organizing and interpreting sensory information from the environment.
- Field dependent individuals tend to rely on the overall context and relationships between elements in their perception.
- Field independent individuals, on the other hand, focus on specific details and separate elements from the overall context in their perception.
Conclusion:
In conclusion, the main difference between field dependent and field independent cognitive styles in perception lies in how individuals perceive the external world. Field dependent individuals perceive the world holistically, while field independent individuals perceive it in smaller units. These cognitive styles can have implications for how individuals process information, make decisions, and solve problems.
When visual information about an object is perceived, which model of perceptual processing emphasizes on-going feedback between the higher centres of the brain (e.g., cognition) and the early stages of processing (e.g., sensory receptors)?- a)Recurrent processing model
- b)Serial processing model
- c)Parallel processing model
- d)Selective adaptation model
- e)Feedback processing model
Correct answer is option 'A'. Can you explain this answer?
When visual information about an object is perceived, which model of perceptual processing emphasizes on-going feedback between the higher centres of the brain (e.g., cognition) and the early stages of processing (e.g., sensory receptors)?
a)
Recurrent processing model
b)
Serial processing model
c)
Parallel processing model
d)
Selective adaptation model
e)
Feedback processing model
|
|
Rajesh Gupta answered |
The recurrent processing model emphasizes the effects of a stimulus on the higher centres of the brain, suggesting that subjective perception and actual perception at the level of the sensory receptors is modulated by these higher processes. Serial processing and parallel processing were earlier models of perceptual processing, with the parallel model having some support but the serial model is completely outdated. Selective adaptation is not a model of visual processing, but rather a technique used by the sensory system to adjust to the properties of a constant background. Feedback processing is not a term used to refer to a visual processing model.
Which cue requires both eyes for depth perception?- a) Linear Perspective
- b)Monocular Cues
- c)Binocular Cues
- d)Interposition
Correct answer is option 'C'. Can you explain this answer?
Which cue requires both eyes for depth perception?
a)
Linear Perspective
b)
Monocular Cues
c)
Binocular Cues
d)
Interposition
|
|
Pj Commerce Academy answered |
Binocular cues for depth perception rely on information received from both eyes. These cues provide valuable information about the relative distances of objects in our environment.
Which, if any, of the following is FALSE? - a)Livingstone and Hubel described activity in a third type of column in V2, where the cells receive converging input from the magno and parvo systems.
- b)Livingstone and Hubel suggested that some columns in V2 are used for spatial pattern analysis.
- c)Quantitative studies have found that perceived depth is reduced in red/green images of the same brightness.
- d)None of the above – all are correct.
Correct answer is option 'C'. Can you explain this answer?
Which, if any, of the following is FALSE?
a)
Livingstone and Hubel described activity in a third type of column in V2, where the cells receive converging input from the magno and parvo systems.
b)
Livingstone and Hubel suggested that some columns in V2 are used for spatial pattern analysis.
c)
Quantitative studies have found that perceived depth is reduced in red/green images of the same brightness.
d)
None of the above – all are correct.
|
Arun Yadav answered |
The theory of parallel cortical organization became complicated by Livingstone and Hubel’s description of activity in a third type of column in V2, where the cells receive converging input from the magno and parvo systems. They suggested that these columns are used for spatial pattern analysis. However there are problems with this scheme. For example, Livingstone and Hubel claimed that images in which the different regions are red and green, but all of the same brightness, appear flat. They attributed this to the insensitivity of cells in the magno/depth system to differences purely in hue, which are detected primarily by the parvo system. Quantitative studies, however, found that perceived depth is not reduced at all in such images (Troscianko et al., 1991). It appears, then, that depth percepts can be derived from both magno and parvo information, though not necessarily equally well at all distances (Tyler, 1990).
What role do motivations and desires play in perception?- a)They have no influence on perception.
- b)They strongly influence how we perceive objects.
- c)They only affect satiated individuals.
- d)They only affect hungry individuals.
Correct answer is option 'B'. Can you explain this answer?
What role do motivations and desires play in perception?
a)
They have no influence on perception.
b)
They strongly influence how we perceive objects.
c)
They only affect satiated individuals.
d)
They only affect hungry individuals.
|
|
Pj Commerce Academy answered |
Motivations and desires significantly impact perception. People tend to perceive objects in a way that aligns with fulfilling their needs and desires. For example, hungry individuals are more likely to perceive ambiguous pictures as food-related objects. This shows that our motivations can shape how we interpret sensory stimuli.
Which of the following statements are true? - On a vernier acuity task, humans can discern the direction of very tiny offsets, but performance deteriorates with practice.
- Different types of visual search have different behavioural characteristics and depend on different brain regions.
- Walsh et al. (1998) suggest that the right parietal lobe may be involved in setting up new templates in the temporal lobe for processing conjunctions of, say, colour and form.
- All of the above.
- a)1 & 2
- b)2 & 3
- c)1 & 3
- d)4
Correct answer is option 'B'. Can you explain this answer?
Which of the following statements are true?
- On a vernier acuity task, humans can discern the direction of very tiny offsets, but performance deteriorates with practice.
- Different types of visual search have different behavioural characteristics and depend on different brain regions.
- Walsh et al. (1998) suggest that the right parietal lobe may be involved in setting up new templates in the temporal lobe for processing conjunctions of, say, colour and form.
- All of the above.
a)
1 & 2
b)
2 & 3
c)
1 & 3
d)
4
|
|
Arun Yadav answered |
Although the role of knowledge and assumptions in perception is now quite clear, the detailed ways in which past experience influences perception are less clear. Recently, experimenters have begun to examine these questions by studying how training can influence performance on apparently simple visual tasks, such as judging whether the lower line is offset to the left or right of the upper line (a vernier acuity task).
Humans can discern the direction of very tiny offsets, but can improve even more with practice, though this may require thousands of presentations (Fahle & Edelman, 1993).
Different types of visual search not only have different behavioural characteristics, but also depend on different brain regions. So some patients with attention deficits (due to damage to the part of the brain where the temporal, parietal and occipital lobes of the brain join) may be able to perform normally on feature search tasks but are markedly impaired in conjunction search tasks (Arguin et al., 1993).
A related study found that right parietal stimulation did not affect initially serial searches once they had become parallel through training. But when the observers were switched to another task, which they initially had to perform serially, right parietal stimulation could disrupt search again (Walsh et al., 1998). Walsh et al. (1998) suggest that the right parietal lobe may be involved in setting up new templates in the temporal lobe for processing conjunctions of, say, colour and form. Once the learning is complete, the right parietal lobe no longer plays a role in the task and so stimulating this region no longer impairs performance.
Humans can discern the direction of very tiny offsets, but can improve even more with practice, though this may require thousands of presentations (Fahle & Edelman, 1993).
Different types of visual search not only have different behavioural characteristics, but also depend on different brain regions. So some patients with attention deficits (due to damage to the part of the brain where the temporal, parietal and occipital lobes of the brain join) may be able to perform normally on feature search tasks but are markedly impaired in conjunction search tasks (Arguin et al., 1993).
A related study found that right parietal stimulation did not affect initially serial searches once they had become parallel through training. But when the observers were switched to another task, which they initially had to perform serially, right parietal stimulation could disrupt search again (Walsh et al., 1998). Walsh et al. (1998) suggest that the right parietal lobe may be involved in setting up new templates in the temporal lobe for processing conjunctions of, say, colour and form. Once the learning is complete, the right parietal lobe no longer plays a role in the task and so stimulating this region no longer impairs performance.
You parked your car in a large car park Monday morning. When you return to the car park Monday night, you have forgotten the location of your car. To find your green Fiesta in a large car park filled with green Volkswagons and red Fiestas, which type of visual search would you need to use? - a)Parallel search
- b)Serial search
- c)Conjunction search
- d)Parallel and conjunction
- e)Serial and conjunction
Correct answer is option 'E'. Can you explain this answer?
You parked your car in a large car park Monday morning. When you return to the car park Monday night, you have forgotten the location of your car. To find your green Fiesta in a large car park filled with green Volkswagons and red Fiestas, which type of visual search would you need to use?
a)
Parallel search
b)
Serial search
c)
Conjunction search
d)
Parallel and conjunction
e)
Serial and conjunction
|
|
Rajesh Gupta answered |
To find one’s car in this situation would require a conjunction and serial search because it is necessary to search for the type and colour of car (conjunction of features) and to scan all the cars in order to be sure the target car (one’s own car) is not missed. Parallel search is used to find a target independent of the number of items or distracters in the visual display.
The ability to see very small differences in the alignment of two objects is referred to as ___________. - a)Perceptual set
- b)Vernier acuity
- c)Perceptual template
- d)Vertical organization
- e)None of the above
Correct answer is option 'B'. Can you explain this answer?
The ability to see very small differences in the alignment of two objects is referred to as ___________.
a)
Perceptual set
b)
Vernier acuity
c)
Perceptual template
d)
Vertical organization
e)
None of the above
|
|
Arun Yadav answered |
Vernier acuity is the term used to refer to the ability to see very small differences in the alignment of two objects, especially when the objects are close to one another. The other terms given do not refer to this specific ability.
Which types of visual processing mechanisms involve memory, task-relevant knowledge, and personal goals? - a)Top-down
- b)Bottom-up
- c)Vertical
- d)Horizontal
- e)Parallel
Correct answer is option 'A'. Can you explain this answer?
Which types of visual processing mechanisms involve memory, task-relevant knowledge, and personal goals?
a)
Top-down
b)
Bottom-up
c)
Vertical
d)
Horizontal
e)
Parallel
|
|
Arun Yadav answered |
Top-down processing refers to the influence of higher brain centres and processes on the perception of stimuli and not solely the product of sensory input. Bottom-up refers to the sensory input only. Vertical, horizontal, and parallel are not relevant terms to this specific process.
What is the phenomenon where parallel lines appear to converge with distance?- a)Interposition
- b)Linear Perspective
- c)Aerial Perspective
- d)Texture Gradient
Correct answer is option 'B'. Can you explain this answer?
What is the phenomenon where parallel lines appear to converge with distance?
a)
Interposition
b)
Linear Perspective
c)
Aerial Perspective
d)
Texture Gradient
|
Ss Study Center answered |
Linear perspective is the visual phenomenon where parallel lines, like railway tracks, appear to converge as they extend into the distance. This provides a visual cue for perceiving depth.
Which TWO of the following statements are true of simultaneous contrast illusions? - In the simultaneous tilt illusion, vertical stripes appear tilted away from the tilt of their surrounding stripes.
- In the luminance illusion, a grey patch appears darker when surrounded by a dark area than when surrounded by a light area.
- A purple patch appears slightly closer to blue when surrounded by red, and closer to red when seen against a blue background.
- Visual illusion effects only exist for motion.
- a)1 & 3
- b)2 & 3
- c)3 & 4
- d)2 & 4
Correct answer is option 'A'. Can you explain this answer?
Which TWO of the following statements are true of simultaneous contrast illusions?
- In the simultaneous tilt illusion, vertical stripes appear tilted away from the tilt of their surrounding stripes.
- In the luminance illusion, a grey patch appears darker when surrounded by a dark area than when surrounded by a light area.
- A purple patch appears slightly closer to blue when surrounded by red, and closer to red when seen against a blue background.
- Visual illusion effects only exist for motion.
a)
1 & 3
b)
2 & 3
c)
3 & 4
d)
2 & 4
|
|
Rajesh Gupta answered |
Some further examples of perceptual phenomena that result from the process of exaggeration are shown in the ‘Everyday Psychology’ box . These are known collectively as simultaneous contrast illusions. In each case the central regions of the stimuli are identical, but their surrounds differ. Panel A lets you experience the simultaneous tilt illusion, in which vertical stripes appear tilted away from the tilt of their surrounding stripes. Panel B shows the luminance illusion: a grey patch appears lighter when surrounded by a dark area than when surrounded by a light area. Panel C shows the same effect for colour: a purple patch appears slightly closer to blue when surrounded by red, and closer to red when seen against a blue background. There is also an exactly analogous effect for motion, as well as for other visual dimensions such as size and depth.
How are cortical cells arranged to best transmit neural information? - a)Cells are vertically organized in columns
- b)Cells are horizontally organized in straight lines
- c)Cells are organized around the optic nerve
- d)Cells are vertically organized by volume
- e)Cells are organized in straight lines in the V1 area
Correct answer is option 'A'. Can you explain this answer?
How are cortical cells arranged to best transmit neural information?
a)
Cells are vertically organized in columns
b)
Cells are horizontally organized in straight lines
c)
Cells are organized around the optic nerve
d)
Cells are vertically organized by volume
e)
Cells are organized in straight lines in the V1 area
|
|
Rajesh Gupta answered |
Cortical cells are vertically organized in columns which stretch the entire depth of the cerebral cortex and respond to similar properties of the stimulus, while neighbouring columns respond to different aspects of the stimulus or visual field. Cells are not arranged horizontally, in straight lines, by volume, or around the optic nerve.
How do cultural settings influence perception?- a)Different experiences and learning opportunities in cultural settings influence perception.
- b)They only affect recognition of objects in pictures.
- c) They have no impact on perception.
- d)They only affect distance perception.
Correct answer is option 'A'. Can you explain this answer?
How do cultural settings influence perception?
a)
Different experiences and learning opportunities in cultural settings influence perception.
b)
They only affect recognition of objects in pictures.
c)
They have no impact on perception.
d)
They only affect distance perception.
|
Curiosity Classes answered |
People from different cultural settings have distinct experiences and learning opportunities. This influences how they perceive the world. For example, individuals from pictureless environments may struggle to recognize objects in pictures, highlighting how cultural background shapes perception.
According to groundbreaking research, how do attentional processes affect perceptual processing of information? - a)Attention creates a parallel processing of all visual input
- b)All the visual stimuli is fully processed and then attention acts on this information
- c)Attentional processes act early to select a small part of visual input to fully process
- d)Attention is not a critical component of the processing of visual information
- e)None of the above
Correct answer is option 'C'. Can you explain this answer?
According to groundbreaking research, how do attentional processes affect perceptual processing of information?
a)
Attention creates a parallel processing of all visual input
b)
All the visual stimuli is fully processed and then attention acts on this information
c)
Attentional processes act early to select a small part of visual input to fully process
d)
Attention is not a critical component of the processing of visual information
e)
None of the above
|
|
Rajesh Gupta answered |
Research has shown that attention is most critical during the early stages of perceptual processing and directs the full processing of a small part of the visual input as opposed to full processing of all visual stimuli.
One of the following statements is FALSE – but which one? - a)A system of channels can only signal orientations that correspond to the preferred orientation of any single channel.
- b)Perceptual information is likely to be merged via a process that combines the activities across all channels.
- c)As part of the process of synthesis, channel activities are likely to be weighted according to the level of activity in each channel.
- d)The merging process may find the ‘centre of gravity’ of the distribution of activity.
Correct answer is option 'A'. Can you explain this answer?
One of the following statements is FALSE – but which one?
a)
A system of channels can only signal orientations that correspond to the preferred orientation of any single channel.
b)
Perceptual information is likely to be merged via a process that combines the activities across all channels.
c)
As part of the process of synthesis, channel activities are likely to be weighted according to the level of activity in each channel.
d)
The merging process may find the ‘centre of gravity’ of the distribution of activity.
|
|
Rajesh Gupta answered |
This system of channels can signal orientations which do not correspond to the preferred orientation of any single channel. How is the information from all these channels combined when a visual stimulus is presented? There is likely to be a process that combines the activities across all channels, weighted according to the level of activity in each channel. Such a process finds the ‘centre of gravity’ of the distribution of activity. The centre of gravity (in statistical terms, the weighted mean) corresponds to the perceived orientation of the stimulus.
What visual cue involves objects appearing closer if they are perceived as larger?- a)Relative Height
- b)Texture Gradient
- c)Light and Shade
- d)Interposition
Correct answer is option 'A'. Can you explain this answer?
What visual cue involves objects appearing closer if they are perceived as larger?
a)
Relative Height
b)
Texture Gradient
c)
Light and Shade
d)
Interposition
|
|
Ss Study Center answered |
Relative height is a monocular cue for depth perception. When we expect two objects to be the same size and they are not, the larger of the two will appear closer, while the smaller will appear farther away. This is an important cue for judging distances in our environment.
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