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mentally arranging sensory input and assigning meaning to it, allowing information detected by the senses to be understood."},{"text":"Perception is the physical process of detecting and recording sensory information.","correct":false,"explanation":"Detecting sensory information describes sensation rather than perception. Perception is the mental process of organising and interpreting sensory information so that it becomes meaningful."},{"text":"Perception is the mental process of receiving and storing sensory information.","correct":false,"explanation":"Receiving and storing information confuses perception with sensation and memory. Perception specifically involves organising and interpreting sensory information."},{"text":"Perception is the behavioural response of organising and interpreting sensory information.","correct":false,"explanation":"Perception is an internal cognitive process, not an observable behavioural response. It is the mental process through which sensory information is organised and interpreted."}]},{"id":"efdac1d1-b598-4ede-b5be-11ab445a393d","cardType":"cloze","points":null,"front":"Perceptual development is change in children’s ability to [ ].","back":"Perceptual development is change in children’s ability to interpret sensory information.","mcqOptions":[{"text":"interpret sensory information","correct":true,"explanation":"Perceptual development concerns changes in how effectively children organise sensory input and give it meaning, so it is their developing ability to interpret sensory information."},{"text":"detect sensory information","correct":false,"explanation":"Detection refers to sensation, in which receptors register stimulation. Perceptual development concerns children’s changing ability to interpret sensory information and understand what it represents."},{"text":"store sensory information","correct":false,"explanation":"Storing information is a function of memory rather than perception. Perceptual development is change in children’s ability to interpret sensory information."},{"text":"produce sensory information","correct":false,"explanation":"Sensory information is generated by stimulation of sensory receptors, not produced through perception. Perceptual development concerns the ability to interpret sensory information."}]},{"id":"59689b32-79c8-4d1b-bead-55c764ba270b","cardType":"basic","points":1,"front":"If a perceptual ability appears very early, what nature-nurture inference is suggested?","back":"It may be partly innate.","mcqOptions":[{"text":"It may be partly innate.","correct":true,"explanation":"An ability present very early has had little opportunity to be learned, so its early appearance suggests that biological or inherited factors may contribute to it."},{"text":"It must be wholly learned.","correct":false,"explanation":"A wholly learned explanation is less likely when an ability appears before substantial experience. Early emergence suggests that the ability may be partly innate."},{"text":"It cannot have any genetic basis.","correct":false,"explanation":"Early appearance does not rule out genetic influence; it makes biological influence more plausible. The appropriate inference is that the ability may be partly innate."},{"text":"It develops only through schooling.","correct":false,"explanation":"An ability appearing in infancy cannot depend only on formal schooling. Its early emergence instead suggests that it may be partly innate."}]},{"id":"d886591d-18c6-4430-bf85-38f6781d56fa","cardType":"cloze","points":null,"front":"Depth perception lets us judge [ ] and see in [ ].","back":"Depth perception lets us judge distance and see in three dimensions.","mcqOptions":[{"text":"Depth perception lets us judge distance and see in three dimensions.","correct":true,"explanation":"Depth perception uses visual information to estimate how far away objects are and to experience the world as having height, width and depth."},{"text":"Depth perception lets us judge size and see in two dimensions.","correct":false,"explanation":"Size perception concerns an object’s dimensions, while two-dimensional vision lacks depth. Depth perception lets us judge distance and see in three dimensions."},{"text":"Depth perception lets us judge distance and see in two dimensions.","correct":false,"explanation":"Distance is correctly associated with depth perception, but depth adds a third spatial dimension. It therefore allows us to see in three dimensions, not two."},{"text":"Depth perception lets us judge colour and see in three dimensions.","correct":false,"explanation":"Colour perception depends on wavelength information and is distinct from depth perception. Depth perception allows us to judge distance and see in three dimensions."}]},{"id":"2e7e6b57-2550-4c86-91dd-a4ce5767567c","cardType":"basic","points":2,"front":"Why do baby perception studies rely on observable behaviour?","back":"Babies cannot give reliable verbal reports.","mcqOptions":[{"text":"Babies cannot give reliable verbal reports.","correct":true,"explanation":"Babies lack the language needed to describe their perceptual experiences accurately, so researchers infer perception from observable behaviours such as looking time."},{"text":"Babies cannot process sensory information.","correct":false,"explanation":"Babies can process sensory information, and studying that ability is the purpose of perceptual research. Observable behaviour is used because babies cannot give reliable verbal reports."},{"text":"Babies always prefer familiar stimuli.","correct":false,"explanation":"Babies may prefer either familiar or novel stimuli depending on age and context. Behavioural measures are necessary because babies cannot give reliable verbal reports."},{"text":"Babies cannot control eye movements.","correct":false,"explanation":"Babies can direct their gaze sufficiently for looking-time methods to be informative. Researchers use behaviour because babies cannot provide reliable verbal reports."}]},{"id":"77516e28-2153-4b88-96a1-531db4a578fa","cardType":"basic","points":1,"front":"In preferential looking, what suggests a baby can discriminate two stimuli?","back":"Consistently looking longer at one stimulus.","mcqOptions":[{"text":"Consistently looking longer at one stimulus.","correct":true,"explanation":"A reliable difference in looking time indicates that the baby responds differently to the stimuli, suggesting that the baby can tell them apart."},{"text":"Consistently looking equally at both stimuli.","correct":false,"explanation":"Equal looking provides no evidence that the baby distinguishes between the stimuli. Discrimination is suggested by consistently looking longer at one stimulus."},{"text":"Consistently alternating rapidly between both stimuli.","correct":false,"explanation":"Rapid alternation may reflect general scanning rather than a reliable preference. Discrimination is inferred when the baby consistently looks longer at one stimulus."},{"text":"Consistently looking away from both stimuli.","correct":false,"explanation":"Looking away from both stimuli may indicate tiredness or lack of interest, not discrimination. Consistently looking longer at one stimulus provides the relevant evidence."}]},{"id":"847e4e2f-8fa0-436c-8e63-16488fe220f5","cardType":"cloze","points":null,"front":"Habituation means response [ ] after repetition; dishabituation means response [ ] after a new stimulus.","back":"Habituation means response decreases after repetition; dishabituation means response increases after a new stimulus.","mcqOptions":[{"text":"Habituation means response decreases after repetition; dishabituation means response increases after a new stimulus.","correct":true,"explanation":"Repeated exposure makes a familiar stimulus less attention-grabbing, so responding decreases. A novel stimulus restores attention, producing an increased response called dishabituation."},{"text":"Habituation means response increases after repetition; dishabituation means response decreases after a new stimulus.","correct":false,"explanation":"This reverses both processes. Habituation is a decreased response to repetition, while dishabituation is an increased response when a new stimulus is presented."},{"text":"Habituation means response stays unchanged after repetition; dishabituation means response increases after a new stimulus.","correct":false,"explanation":"An unchanged response would not demonstrate habituation. Habituation requires the response to decrease after repetition, followed by an increase to a new stimulus during dishabituation."},{"text":"Habituation means response decreases after repetition; dishabituation means response stays unchanged after a new stimulus.","correct":false,"explanation":"The first process is accurate, but dishabituation requires renewed responding. The response increases after a new stimulus because the baby detects the change."}]},{"id":"51f1b0cf-f1e6-481f-a7bb-a3f5b14ca477","cardType":"basic","points":1,"front":"In habituation research, what does renewed looking at a different shape suggest?","back":"The baby noticed the difference.","mcqOptions":[{"text":"The baby noticed the difference.","correct":true,"explanation":"Renewed looking shows that the new shape restored the baby’s attention, suggesting that the baby discriminated it from the previously repeated shape."},{"text":"The baby preferred the original shape.","correct":false,"explanation":"Renewed attention to the different shape indicates detection of novelty, not preference for the original. It suggests that the baby noticed the difference."},{"text":"The baby forgot the original stimulus.","correct":false,"explanation":"Dishabituation depends on comparing the new stimulus with the familiar repeated one, so forgetting is not the intended inference. Renewed looking suggests the baby noticed the difference."},{"text":"The baby was tired by repetition.","correct":false,"explanation":"Tiredness would usually reduce looking generally rather than renew it for a novel shape. Increased looking suggests that the baby noticed the difference."}]},{"id":"a2158499-2e9d-4bb4-aa03-91c02faace42","cardType":"basic","points":2,"front":"Why is newly hatched chick cliff avoidance strong evidence for innateness?","back":"They have had little movement-based learning.","mcqOptions":[{"text":"They have had little movement-based learning.","correct":true,"explanation":"Newly hatched chicks have had almost no opportunity to learn about depth through locomotion, so their immediate avoidance of the cliff supports an inborn perceptual ability."},{"text":"They have had extensive movement-based learning.","correct":false,"explanation":"Extensive movement-based learning would support an experience-based explanation rather than innateness. The evidence is strong because newly hatched chicks have had little opportunity to learn through movement."},{"text":"They have received specific cliff-avoidance training.","correct":false,"explanation":"Training would make avoidance a learned response and therefore could not demonstrate innateness. Newly hatched chicks had little movement-based learning before they avoided the apparent drop."},{"text":"They have developed mature binocular depth cues.","correct":false,"explanation":"Mature binocular vision is not what makes this evidence especially persuasive. The key point is that newly hatched chicks avoid the cliff despite having had little movement-based learning."}]},{"id":"93ae81c0-49de-4ef7-9d19-ac51039b7d15","cardType":"basic","points":1,"front":"What was Gibson and Walk’s visual cliff designed to investigate?","back":"Depth perception in infants and animals.","mcqOptions":[{"text":"Depth perception in infants and animals.","correct":true,"explanation":"The visual cliff created the appearance of a sudden drop while keeping participants safe, allowing Gibson and Walk to test whether infants and animals perceived depth."},{"text":"Object permanence in infants and animals.","correct":false,"explanation":"Object permanence concerns understanding that hidden objects continue to exist, which the visual cliff did not test. It was designed to investigate depth perception in infants and animals."},{"text":"Colour perception in infants and animals.","correct":false,"explanation":"Although the apparatus used a chequered pattern, it was not testing colour discrimination. The apparent difference in surface depth was used to investigate depth perception."},{"text":"Facial recognition in infants and animals.","correct":false,"explanation":"Facial recognition involves distinguishing or identifying faces and was not the purpose of the apparatus. Gibson and Walk used the visual cliff to investigate depth perception."}]},{"id":"97d06bca-19a5-4945-a047-f729bbecf18a","cardType":"basic","points":2,"front":"How did the visual cliff look dangerous but stay physically safe?","back":"

Lower chequered pattern created an apparent drop.
Glass surface prevented real falling.

","mcqOptions":[{"text":"

Lower chequered pattern created an apparent drop.
Glass surface prevented real falling.

","correct":true,"explanation":"Placing the chequered pattern below the glass produced visual depth, while the continuous glass surface supported participants securely, making the apparent cliff dangerous-looking but physically safe."},{"text":"

Raised chequered pattern created an apparent drop.
Open surface prevented real falling.

","correct":false,"explanation":"A raised pattern would not create the deep-side illusion, and an open surface could not prevent a fall. The lower pattern created apparent depth while glass provided safety."},{"text":"

Lower glass surface created an apparent drop.
Chequered barrier prevented real falling.

","correct":false,"explanation":"This reverses the functions of the apparatus. The lowered chequered pattern produced the visual impression of depth, whereas a continuous glass surface physically supported the participant."},{"text":"

Darker chequered pattern created an apparent drop.
Padded surface prevented real falling.

","correct":false,"explanation":"The illusion depended on the pattern being physically lower, not simply darker, and safety came from glass rather than padding. Together these created apparent depth without a real drop."}]},{"id":"f84596e0-77e3-4b30-9305-d2ca6978c44a","cardType":"cloze","points":null,"front":"Gibson and Walk’s human sample was [ ] aged [ ].","back":"Gibson and Walk’s human sample was 36 infants aged 6 to 14 months.","mcqOptions":[{"text":"Gibson and Walk’s human sample was 36 infants aged 6 to 14 months.","correct":true,"explanation":"The human sample consisted of 36 infants between 6 and 14 months old, an age range selected because the infants were capable of crawling."},{"text":"Gibson and Walk’s human sample was 36 infants aged 2 to 5 months.","correct":false,"explanation":"This age range is too young because most infants cannot yet crawl, which was necessary for the behavioural test. The 36 infants were aged 6 to 14 months."},{"text":"Gibson and Walk’s human sample was 24 infants aged 6 to 14 months.","correct":false,"explanation":"The age range is accurate, but the sample-size figure is a recall error. Gibson and Walk tested 36 human infants aged between 6 and 14 months."},{"text":"Gibson and Walk’s human sample was 64 infants aged 12 to 18 months.","correct":false,"explanation":"Both figures overestimate the reported sample details. Gibson and Walk’s human group contained 36 infants, and their ages ranged from 6 to 14 months."}]},{"id":"7cdc8d31-267f-4eb4-abf3-b8252d00b086","cardType":"basic","points":1,"front":"What was the key behavioural measure in the visual cliff?","back":"Whether infants avoided the apparent drop.","mcqOptions":[{"text":"Whether infants avoided the apparent drop.","correct":true,"explanation":"Researchers recorded whether infants would cross onto the apparently deep side or avoid it, using their crawling choice as the behavioural measure of depth perception."},{"text":"Whether infants noticed the chequered pattern.","correct":false,"explanation":"Looking at or noticing the pattern would not show whether infants perceived and avoided depth. The key measure was whether they avoided crossing the apparent drop."},{"text":"Whether infants recognised their own mother.","correct":false,"explanation":"Mothers encouraged infants from the opposite side, but maternal recognition was not being measured. Researchers assessed whether infants avoided the apparently deep side of the cliff."},{"text":"Whether infants preferred the glass surface.","correct":false,"explanation":"Both sides were covered by glass, so glass preference could not explain the choice. The behavioural measure was whether infants avoided the apparent drop on the deep side."}]},{"id":"36b2b71f-203c-4542-8d09-35ecba4dae26","cardType":"basic","points":2,"front":"What was the main infant result on the visual cliff?","back":"

Most crawled onto the shallow side.
Far fewer crossed the deep side.

","mcqOptions":[{"text":"

Most crawled onto the shallow side.
Far fewer crossed the deep side.

","correct":true,"explanation":"Infants generally moved across the visibly supported shallow side but avoided the apparently unsupported deep side, indicating that most could discriminate between the two depths."},{"text":"

Most crawled onto the deep side.
Far fewer crossed the shallow side.

","correct":false,"explanation":"This reverses the observed pattern. Most infants crawled onto the shallow side, whereas far fewer crossed the apparently deep side despite encouragement from their mothers."},{"text":"

Most remained on the centre board.
Far fewer entered the shallow side.

","correct":false,"explanation":"The main finding was not general refusal to move from the centre. Most infants entered the shallow side, while far fewer were willing to cross the deep side."},{"text":"

Most crossed onto the two sides equally.
Far fewer stayed on the centre board.

","correct":false,"explanation":"Equal crossing would suggest no avoidance based on apparent depth, contrary to the findings. Most infants chose the shallow side and far fewer crossed the deep side."}]},{"id":"abc1de16-e44d-4094-ac60-74e5a9bab0fe","cardType":"basic","points":1,"front":"What human-infant conclusion did Gibson and Walk draw?","back":"Depth perception is present by the time infants can crawl.","mcqOptions":[{"text":"Depth perception is present by the time infants can crawl.","correct":true,"explanation":"Because crawling infants usually avoided the apparently deep side, Gibson and Walk concluded that depth perception is established by the stage at which infants can crawl."},{"text":"Depth perception develops only after infants can walk.","correct":false,"explanation":"This places the ability too late in development. The participants were crawling infants, and their avoidance suggested that depth perception is already present by the crawling stage."},{"text":"Depth perception appears before infants can see clearly.","correct":false,"explanation":"The study could not demonstrate depth perception before functional vision because it tested visually guided behaviour in crawling infants. It concluded that depth perception is present by crawling age."},{"text":"Depth perception is absent when infants begin crawling.","correct":false,"explanation":"This directly reverses the interpretation of the avoidance behaviour. Most crawling infants distinguished the shallow and deep sides, suggesting depth perception was present by that developmental stage."}]},{"id":"b07f5f3b-3560-44c6-9860-f0f0f94ecfbf","cardType":"cloze","points":null,"front":"In human infants, visual cliff findings cannot fully separate [ ] from [ ].","back":"In human infants, visual cliff findings cannot fully separate innate perception from learning through movement and experience.","mcqOptions":[{"text":"In human infants, visual cliff findings cannot fully separate innate perception from learning through movement and experience.","correct":true,"explanation":"Human participants were already old enough to crawl, so their depth perception could reflect an inborn capacity, locomotor experience, or both; the findings cannot isolate these influences."},{"text":"In human infants, visual cliff findings cannot fully separate colour perception from learning through movement and experience.","correct":false,"explanation":"Colour perception is not the competing explanation under evaluation. The methodological problem is distinguishing innate depth perception from depth learning acquired through movement and previous experience."},{"text":"In human infants, visual cliff findings cannot fully separate innate perception from learning through language and imitation.","correct":false,"explanation":"Language and imitation are not the main experiential sources relevant to navigating drops. The study cannot separate innate perception from learning gained through locomotion and environmental experience."},{"text":"In human infants, visual cliff findings cannot fully separate maternal attachment from fear through conditioning and reinforcement.","correct":false,"explanation":"Although mothers encouraged crossing, the central nature-nurture issue was not attachment versus conditioning. It was whether depth perception was innate or learned through movement and experience."}]},{"id":"5f0b8808-b930-45be-a2ac-db2a8dab184c","cardType":"basic","points":2,"front":"Why did the visual cliff have good internal validity?","back":"Sides differed mainly in the apparent depth cue.","mcqOptions":[{"text":"Sides differed mainly in the apparent depth cue.","correct":true,"explanation":"The shallow and deep sides were otherwise closely matched, so apparent depth was the main manipulated difference. This reduces alternative explanations and gives the study good internal validity."},{"text":"Sides differed mainly in the brightness of the surfaces.","correct":false,"explanation":"A brightness difference would introduce a confounding variable rather than improve internal validity. The sides differed mainly in apparent depth, allowing avoidance behaviour to be linked to depth perception."},{"text":"Sides differed mainly in the attention given by mothers.","correct":false,"explanation":"Unequal maternal attention could influence whether infants crossed and would weaken internal validity. Instead, the main difference between the sides was the apparent depth cue."},{"text":"Sides differed mainly in the texture beneath the glass.","correct":false,"explanation":"A texture difference could make infants prefer one side independently of depth. Internal validity was stronger because the sides differed mainly in the apparent depth cue."}]},{"id":"bf227961-cbd6-4014-8f73-da8860e5906f","cardType":"basic","points":2,"front":"Which sample features limit generalisability to newborns?","back":"

The sample was small.
Infants were 6 to 14 months, not newborns.

","mcqOptions":[{"text":"

The sample was small.
Infants were 6 to 14 months, not newborns.

","correct":true,"explanation":"A small sample may not represent the wider population, while infants aged 6 to 14 months are developmentally different from newborns. Both features limit generalisability."},{"text":"

The sample was large.
Infants were all newborns, not older babies.

","correct":false,"explanation":"A large sample of newborns would generally improve generalisability to newborns. The actual limitations were the small sample and the use of infants aged 6 to 14 months."},{"text":"

The sample was representative.
Infants were under 1 month, not older.

","correct":false,"explanation":"A representative sample of very young infants would support generalisation to newborns rather than limit it. The sample was small and consisted of 6- to 14-month-olds."},{"text":"

The sample was randomly selected.
Infants were 0 to 4 weeks, not older.

","correct":false,"explanation":"Random selection and an appropriate newborn age range would strengthen population validity. Generalisability was instead limited by the small sample and the participants’ older ages."}]},{"id":"c66986c3-a1bb-4a7d-988a-9f0f8e4b57c5","cardType":"cloze","points":null,"front":"A confounding variable is an [ ] that may affect the [ ].","back":"A confounding variable is an uncontrolled factor that may affect the results.","mcqOptions":[{"text":"A confounding variable is an uncontrolled factor that may affect the results.","correct":true,"explanation":"A confounding variable is not deliberately controlled and can influence the measured results. It therefore provides an alternative explanation for any observed effect."},{"text":"A confounding variable is an independent variable that may affect the results.","correct":false,"explanation":"The independent variable is deliberately manipulated by the researcher, whereas a confounding variable is an uncontrolled factor. It can affect the results and provide an alternative explanation."},{"text":"A confounding variable is an uncontrolled factor that may affect the participants.","correct":false,"explanation":"Although a confound may operate through participants, its defining problem is that it can affect the study’s results. It is an uncontrolled factor that competes with the intended explanation."},{"text":"A confounding variable is a controlled condition that may affect the conclusion.","correct":false,"explanation":"A controlled condition is kept constant and therefore cannot explain differences between conditions. A confounding variable is an uncontrolled factor that may influence the results."}]},{"id":"5dd1589b-b048-42b6-8f6f-81c5a9e2b753","cardType":"basic","points":2,"front":"What was the crawling-experience confound in the visual cliff study?","back":"Prior crawling may have taught babies to avoid drops.","mcqOptions":[{"text":"Prior crawling may have taught babies to avoid drops.","correct":true,"explanation":"Infants with more crawling experience may already have learned that apparent drops are dangerous. Avoidance could therefore reflect experience rather than an innate ability to perceive depth."},{"text":"Prior crawling may have taught babies to seek out drops.","correct":false,"explanation":"Crawling experience is expected to teach caution around drops, not attraction towards them. This means avoidance might result from learned experience rather than innate depth perception."},{"text":"Prior crawling may have taught babies to recognise their mothers.","correct":false,"explanation":"Recognising a caregiver does not explain reluctance to cross the apparent drop. The confound was that previous crawling experience may have taught infants to avoid drops."},{"text":"Prior crawling may have taught babies to prefer patterned surfaces.","correct":false,"explanation":"The relevant learning concerns the danger of changes in depth, not a general preference for patterns. Prior crawling may have taught babies to avoid drops."}]},{"id":"376811be-d35c-4e1d-983d-b9d8e54c48cd","cardType":"basic","points":1,"front":"What ethical issue remained even though infants could not fall?","back":"The apparent drop could cause distress.","mcqOptions":[{"text":"The apparent drop could cause distress.","correct":true,"explanation":"Although the glass prevented a physical fall, infants could still perceive danger and become frightened or upset. This creates an ethical concern about psychological harm."},{"text":"The apparent drop could cause physical injury.","correct":false,"explanation":"The strong glass surface prevented infants from falling, so physical injury from the apparent drop was not the remaining concern. The realistic ethical risk was emotional distress."},{"text":"The apparent drop could cause damage to eyesight.","correct":false,"explanation":"Viewing an apparent drop does not damage an infant’s eyesight. The ethical issue was that perceiving a dangerous fall could frighten the infant and cause distress."},{"text":"The apparent drop could cause loss of depth perception.","correct":false,"explanation":"The procedure tested depth perception rather than causing infants to lose it. The remaining ethical concern was psychological because the apparent drop could cause fear and distress."}]},{"id":"d6387407-55b5-478e-a8b0-83f8bb3af500","cardType":"basic","points":1,"front":"Which play activity suits 12-month-olds learning depth perception?","back":"A low cushion-and-mat obstacle course.","mcqOptions":[{"text":"A low cushion-and-mat obstacle course.","correct":true,"explanation":"A low, padded obstacle course lets a 12-month-old safely practise judging changes in height, distance and position while crawling or walking through the environment."},{"text":"A high climbing-frame obstacle course.","correct":false,"explanation":"A high climbing frame introduces an unnecessary risk of falling for a 12-month-old. A low cushion-and-mat obstacle course provides similar perceptual practice more safely."},{"text":"A seated screen-based colour-matching game.","correct":false,"explanation":"Colour matching mainly develops colour discrimination and does not combine movement with real changes in depth. A low cushion-and-mat obstacle course gives appropriate depth experience."},{"text":"A quiet musical-rattle listening activity.","correct":false,"explanation":"Listening to a rattle primarily stimulates auditory perception and does not require judging obstacles or distances. A low cushion-and-mat obstacle course directly supports depth perception."}]},{"id":"72449ee5-72e0-4156-a19c-415bb0ed34de","cardType":"basic","points":2,"front":"Why does safe obstacle play support depth perception?","back":"It links visual, tactile and body-position feedback.","mcqOptions":[{"text":"It links visual, tactile and body-position feedback.","correct":true,"explanation":"Children see the obstacle, feel surfaces and receive proprioceptive information about their body’s movement. Combining these sources helps them learn how visual depth cues relate to action."},{"text":"It links colour, sound and language feedback.","correct":false,"explanation":"Colour, sound and language are not the main coordinated cues used when moving over obstacles. Safe obstacle play links visual, tactile and body-position feedback."},{"text":"It links memory, imitation and social feedback.","correct":false,"explanation":"Memory, imitation and social responses may contribute to play, but they do not explain its direct perceptual benefit. Obstacle play integrates visual, tactile and body-position feedback."},{"text":"It links hearing, taste and emotional feedback.","correct":false,"explanation":"Hearing, taste and emotion do not provide the key spatial information needed to negotiate obstacles. The activity supports depth perception by linking visual, tactile and body-position feedback."}]},{"id":"516b2447-a73a-4c95-9d94-f0ef1b04700d","cardType":"basic","points":2,"front":"What do shape sorters, stacking cups and blocks make children judge?","back":"Size, shape, distance and position.","mcqOptions":[{"text":"Size, shape, distance and position.","correct":true,"explanation":"Children must compare object dimensions and forms, estimate how far pieces need to move and judge where they belong. These activities therefore develop several aspects of spatial perception."},{"text":"Speed, direction, rhythm and timing.","correct":false,"explanation":"Speed, rhythm and timing are more relevant to moving events and coordinated sequences than fitting or stacking objects. These toys require judgements of size, shape, distance and position."},{"text":"Pitch, volume, duration and tempo.","correct":false,"explanation":"Pitch, volume, duration and tempo are mainly auditory features, whereas shape sorters and stacking toys involve visual-spatial judgements of size, shape, distance and position."},{"text":"Taste, smell, warmth and pressure.","correct":false,"explanation":"These are sensory qualities but are not the main properties children compare when sorting and stacking objects. The activities require judging size, shape, distance and position."}]},{"id":"cd9b475b-ef89-4415-8a7c-0677147c5e94","cardType":"basic","points":2,"front":"What does rolling a ball back and forth help children judge?","back":"Movement, speed, direction and distance.","mcqOptions":[{"text":"Movement, speed, direction and distance.","correct":true,"explanation":"Tracking the ball as it rolls allows children to perceive how objects move, including changes in speed and direction, and to estimate the distance travelled."},{"text":"Shape, size, colour and texture.","correct":false,"explanation":"These are largely static visual properties and are not the main perceptual skills developed by rolling a ball. The activity helps children judge movement, speed, direction and distance."},{"text":"Pitch, volume, rhythm and tone.","correct":false,"explanation":"These are auditory qualities, so they would be developed through listening activities rather than visually tracking a rolling object. Rolling a ball helps children judge movement, speed, direction and distance."},{"text":"Recognition, memory, attention and language.","correct":false,"explanation":"These relate mainly to recognising and remembering objects, rather than monitoring an object’s motion through space. Rolling a ball develops judgements of movement, speed, direction and distance."}]}]}],"examCountdown":{"examDate":"2027-05-18","paperLabel":"Paper 1"},"heading":"Perceptual development (Cognitive)","title":"Perceptual development (Cognitive) Flashcards","topbar":{"backHref":"/a-level/psychology/ocr/flashcards"},"topicSidebar":"$L37"}]}],"topicId":"e84f0f58-9ec3-5aac-9183-951012412add","walled":"$L38"}],"$L39","$L3a"]