Answer these 50 Brain Development, Sensation and Perception, and Motor Development MCQs and see how sharp is your knowledge of Brain Development, Sensation and Perception, and Motor Development.
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A. Brain
B. Spinal cord
C. CNS
D. PNS
A. Genes
B. Cells
C. Neurons
D. Chromosomes
A. Genes
B. Cells
C. Neurons
D. Chromosomes
A. Genes
B. Cells
C. Neurons
D. Chromosomes
A. Genes
B. Cells
C. Neurons
D. Chromosomes
A. True
B. False
A. True
B. False
A. Appears
B. Disappear
C. Appear for some time
D. None of above
A. Genes
B. Cells
C. Neurons
D. Chromosomes
A. True
B. False
A. One
B. Two
C. Three
D. Zero
A. True
B. False
A. Plasticity
B. Elasticity
C. Ability
D. All of these
A. True
B. False
A. True
B. False
A. True
B. False
A. True
B. False
A. True
B. False
A. Gross motor development
B. Fine motor development
C. Motor development
D. None of above
A. Toes
B. Fingers
C. Legs
D. Arms
A. Dynamic systems
B. Non dynamic systems
C. Motor systems
D. None of above
A. True
B. False
A. True
B. False
A. True
B. False
A. Cataract
B. Glaucoma
C. Marasmus
D. Bronchitis
A. Diabetes
B. Glaucoma
C. Marasmus
D. Bronchitis
A. Nervous system
B. Vision
C. Central canal
D. None of above
A. High frequency
B. Low frequency
C. Medium frequency
D. None of above
A. Smell
B. Sight
C. Touch
D. Hearing
A. Jeffrey’s parents let him climb all the time when he was young, therefore Jeffrey has very good balance and no fear of heights.
B. Mia was born with a congenital cataract in one eye and did not receive treatment early enough, therefore she lost the capacity to process visual stimuli in the affected eye.
C. Jessica’s parents bought her a trampoline when she was 2-years-old that she jumped on all the time and learned to do a flip at a very young age.
D. Alex has loved playing with blocks and Legos from a very young age, now as Alex is older he has very good eye–hand coordination.
A. Through greater risk of stress which related to poor coordination
B. Through inadequate time to play outside because of the need for enrollment in enrichment classes
C. Through inadequate nutrition and fewer environmental opportunities to practice motor skills
D. Through genetic differences that are passed from generation to generation
A. Jack’s prefrontal cortex developed before the limbic system, producing the hormone melatonin which causes poor impulse control.
B. The stress Jack experienced based on his low chemistry grade causes a surge of cortisol, which caused him to act impulsively.
C. Jack’s burst in testosterone interferes with his ability to think clearly when faced with a decision.
D. Jack’s limbic system developed before his prefrontal cortex, resulting in an emotional response and not a reasoned response.
A. Neurogenesis
B. Emotion regulation
C. Lateralization
D. Myelination
A. Because intermodal perception is a capacity assessed in the APGAR
B. Because neonates have demonstrated the ability to coordinate auditory and visual stimuli
C. Because intermodal perception is necessary for survival
D. Because fetuses are able to demonstrate intermodal perception in the womb
A. Chronological maturation
B. Schooling changes and expectations
C. Practice with cognitively challenging tasks
D. Myelination and synaptic pruning
A. Execute large and fine motor activities such as catching and throwing a ball or tying shoelaces
B. Answering complex math problems
C. Regulate emotions and feelings
D. Reflect upon and alter future behavior from past experiences
A. Pedaling a bicycle
B. Pouring milk into a glass
C. Jumping up and down
D. Climbing a hill
A. Able to walk but with inconsistent balance
B. Able to skip consistently
C. Able to ride a bicycle
D. Able to run but cannot turn or stop suddenly
A. Synaptogenesis
B. Myelination
C. Neurogenesis
D. Lateralization
A. Presbyopia
B. Presbycusis
C. Macular degeneration
D. Hypodermis
A. The choice of clothing a parent makes for their baby.
B. The number of siblings a baby has.
C. The cultural style of interaction, such as an emphasis on individualism or on collectivism.
D. The parental socialization of skills needed for success and survival in various cultures.
A. Lateralization
B. Plasticity
C. Hemispheric dominance
D. Synaptogenesis
A. Because the newborn’s brain is about 25% of its adult weight and it has extra space in the skull for growth.
B. Because stimulation during infancy and early childhood influence the number of connections among neurons.
C. Because this is the only time for synaptogenesis to occur.
D. Because synaptic pruning occurs the most rapidly at this time in development.
A. Less effective
B. More effective
C. Equally effective
D. Less automatic
A. Tone chroma
B. Tone height
C. Tone octave
D. Pitch
A. Imagery
B. Memory
C. Vibration
D. Elaboration
A. Perspective convergence
B. Accommodation
C. Stereopsis
D. Motion parallax
A. Anomia
B. Red
C. 3,4
D. Blue
E. Scotopic
A. Autotelic competitive
B. Desirable Progress
C. Autotelic
D. None of these
A. One-half
B. One-third
C. One-quarter
D. One-fifth