How do infants typically respond to pleasant smells like honey or chocolate?
a) They grimace or turn away
b) They remain neutral
c) They show relaxed, content facial expressions
d) They cry immediately
c) They show relaxed, content facial expressions
a) Smile
b) Show contentment
c) Frown, grimace, or turn away
d) Fall asleep
c) Frown, grimace, or turn away
a) They grimace
b) They smile, suck, and lick their lips
c) They cry
d) They turn away
b) They smile, suck, and lick their lips
a) Smile and suck
b) Grimace
c) Fall asleep
d) Lick their lips
b) Grimace
a) It does not affect nursing
b) Infants nurse more after the mother consumes sweet-tasting foods
c) Infants refuse milk after any strong flavor
d) Infants nurse less when the milk tastes sweeter
b) Infants nurse more after the mother consumes sweet-tasting foods
a) Infants hear as accurately as adults
b) Infants prefer speech-like sounds
c) Infants cannot distinguish between different sounds
d) Infants are not sensitive to auditory stimuli
b) Infants prefer speech-like sounds
a) Infants are unable to perceive music
b) Infants show early sensitivity to music
c) Infants hear only high-pitched sounds
d) Infants cannot respond to auditory stimulation
b) Infants show early sensitivity to music
a) Infants have the same pitch sensitivity as adults
b) Infants hear best in the speech frequency range
c) Infants prefer all sounds equally
d) Infants are unable to distinguish pitch
b) Infants hear best in the speech frequency range
a) At birth
b) By 1 month
c) By 3 months
d) By 6 months
c) By 3 months
a) It develops the fastest
b) It develops at the same rate as hearing
c) It takes the longest to develop
d) It does not fully develop until adulthood
c) It takes the longest to develop
a) Infants see more clearly than adults
b) Infants need to be closer to see details adults see at a distance
c) Infants have the same visual acuity as adults
d) Infants cannot detect patterns at all
b) Infants need to be closer to see details adults see at a distance
a) Colour perception disappears
b) Acuity improves rapidly
c) They develop night vision first
d) Vision becomes worse over time
b) Acuity improves rapidly
If an infant at 4 months shows colour perception similar to adults, which part of the eye is responsible for this ability?
a) Rods
b) Lens
c) Cones
d) Cornea
c) Cones
By 3–4 months, infants’ colour perception is like that of adults. What does this imply for introducing colourful toys at this age?
a) It makes no difference, as infants cannot perceive colour
b) Colourful toys can engage infants more effectively
c) Infants prefer only black and white toys
d) Infants become overstimulated by colours
b) Colourful toys can engage infants more effectively
At a daycare, a caregiver gives a baby a toy that the baby has never seen but has touched before. The baby immediately reaches for the correct toy when it is shown among others. What does this behavior suggest about the baby’s sensory development?
A) The baby has developed object permanence
B) The baby can now speak and understand language
C) The baby can visually recognize objects previously only touched
D) The baby is demonstrating memory recall
C) The baby can visually recognize objects previously only touched
A music therapist plays a rhythmic drumbeat, and a 7-month-old infant begins to bounce in sync with the beat. What does this indicate about the infant’s sensory integration abilities?
A) The infant has learned the concept of time
B) The infant is developing a sense of musical talent
C) The infant is linking auditory cues to motor responses
D) The infant is showing signs of visual tracking
C) The infant is linking auditory cues to motor responses
During a play session, a baby hears a toy making noise and turns their head to look directly at it. What type of sensory integration is the infant demonstrating?
A) Emotional regulation
B) Auditory-visual coordination
C) Reflexive movement
D) Selective attention
B) Auditory-visual coordination
A parent notices that their 9-month-old baby doesn’t seem confused when watching a door open and close, even though the door appears to change shape from the baby’s perspective. What does this likely indicate?
A) The baby is showing signs of advanced motor skills
B) The baby has developed shape constancy
C) The baby is recognizing the concept of time
D) The baby is relying only on auditory cues
B) The baby has developed shape constancy
During an experiment, infants are shown two images of a door: one fully closed (rectangle) and one partially open (appearing trapezoidal). Which group of infants is more likely to stare at the trapezoidal door image longer, and why?
A) Infants older than 8 months, because they are curious about new shapes
B) Infants younger than 8 months, because they haven’t developed shape constancy
C) Infants older than 8 months, because they are confused by the rectangular door
D) Infants younger than 8 months, because they are developing motor
B) Infants younger than 8 months, because they haven’t developed shape constancy
A researcher shows a 3-month-old infant two images: one of a real human face and another with scrambled facial features (e.g., eyes and mouth in the wrong places). The infant consistently looks longer at the real face. What does this behavior indicate about the infant’s development?
A) The infant has developed object permanence
B) The infant prefers high-contrast visual stimuli
C) The infant can detect and prefers typical facial configurations
D) The infant is showing early signs of language recognition
C) The infant can detect and prefers typical facial configurations
By 4 to 6 months, infants use what concept as a depth cue?
Babies as you as 1 1/2 months are simply placed on the side of a platform, they can notice the deep side is different. What allows us to conclude this?
Alex is learning how to drive a manual transmission car for the first time. He struggles to coordinate pressing the clutch, shifting gears, and accelerating smoothly. Which concept of motor skill development does this situation BEST illustrate?
a) Uniform sequence of motor progress
b) Decoupling of coordinated movements
c) Individual differences in learning speed
d) Reflexive motor movements
b) Decoupling of coordinated movements