MAIA KATHARINA SERO - DEVELOPMENT PSYCHOLOGY MIDTERMS REVIEWER

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Last updated 10:24 AM on 8/31/26
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274 Terms

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sensiromotor stage

- The first of Piaget's four stages of cognitive development.

- Much of this early cognitive growth comes about through circular reactions, in which an infant learns to reproduce events originally discovered by chance.

<p>- The <strong>first</strong> of Piaget's four stages of cognitive development.</p><p>- Much of this early cognitive growth comes about through <strong>circular reactions</strong>, in which an infant learns to <u><mark data-color="purple" style="background-color: purple; color: inherit;">reproduce events originally discovered by chance</mark></u>.</p>
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SUBSTAGE 1: USE OF REFLEXES

- (birth to about 1 month)

- Infants understand the world through innate reflexes such as sucking, grasping, and looking.

- Babies use natural reflexes.

eg. newborns suck reflexively when their lips are touched. But they soon learn to find the nipple even when they are not touched, Sucking a bottle or grasping a finger.

<p>- (birth to about 1 month)</p><p>- Infants understand the world through innate reflexes such as <strong>sucking, grasping, and looking</strong>.</p><p>- Babies use <strong>natural reflexes</strong>.</p><p><strong>eg. </strong>newborns suck reflexively when their lips are touched. But they soon learn to find the nipple even when they are not touched, Sucking a bottle or grasping a finger.</p>
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SUBSTAGE 2:Primary Circular Reactions

1-4 months

- Babies repeat actions involving their own bodies.

E.g. Sucking their thumb repeatedly.

<p>1-4 months</p><p>- Babies<strong> repeat actions</strong> involving their own bodies.</p><p><strong>E.g.</strong> Sucking their thumb repeatedly.</p>
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SUBSTAGE 3: SECONDARY CIRCULAR REACTIONS

- About 4-8 months

- Infants repeat actions that produce interesting effects on objects or the environment.

- Babies repeat actions involving objects.

e.g. a baby this age might repeatedly shake a rattle to hear the noise or coo when a friendly face appears so that it stays longer. Their actions are intentional but not goal-directed.

<p>- About 4-8 months</p><p>- Infants <u><mark data-color="green" style="background-color: green; color: inherit;">repeat actions that produce interesting effects on objects</mark></u> or the environment.</p><p>- Babies repeat actions involving objects.</p><p><strong>e.g.</strong> a baby this age might repeatedly shake a rattle to hear the noise or coo when a friendly face appears so that it stays longer. Their actions are intentional but not goal-directed.</p>
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SUBSTAGE 4: COORDINATION OF SECONDARY SCHEMES

- 8 - 12 months

-Infants begin goal-directed behavior, combining actions intentionally to achieve a goal. Object permanence begins to develop.

- Babies act with a goal in mind.

- They will crawl to get something they want, grab it, or push away a barrier to it. They try out, modify, and coordinate previous schemes to find one that works.

E.g. Moving a pillow to get a toy.

<p>- 8 - 12 months</p><p>-Infants<strong> begin goal-directed behavior,</strong> combining actions intentionally to achieve a goal. Object permanence begins to develop.</p><p>- Babies<u><mark data-color="green" style="background-color: green; color: inherit;"> act with a goal in mind.</mark></u></p><p>- They will crawl to get something they want, grab it, or push away a barrier to it. They try out, modify, and coordinate previous schemes to find one that works.</p><p>E.g. Moving a pillow to get a toy.</p>
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SUBSTAGE 5: TERTIARY CIRCULAR REACTIONS

- about 12 - 18 months

- babies begin to experiment to see what will happen.

- By trial and error, toddlers try behaviors until they find the best Way to attain a goal.

- Toddlers experiment with different actions.

eg. a toddler may squeeze a rubber duck, then step on it, then throw it in order to see if all three actions result in squeaks, or drop a spoon to see what happens.

<p>- about 12 - 18 months</p><p>- babies <u><mark data-color="yellow" style="background-color: yellow; color: inherit;">begin to experiment to see what will happen</mark></u>.</p><p>- By<strong> trial and error</strong>, toddlers try behaviors until they find the best Way to attain a goal.</p><p>- Toddlers experiment with different actions.</p><p>eg. a toddler may squeeze a rubber duck, then step on it, then throw it in order to see if all three actions result in squeaks, or drop a spoon to see what happens.</p>
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SUBSTAGE 6: MENTAL COMBINATIONS

- about 18 months to 2 years

- a transition to the preoperational stage of early childhood.

- Children develop mental representations, symbolic thought, deferred imitation, and can solve simple problems mentally before acting.

- Toddlers can think before acting and use symbols

E.g., pretending a banana is a phone.

<p>- about 18 months to 2 years</p><p>- a <u><mark data-color="green" style="background-color: green; color: inherit;">transition to the preoperational stage</mark></u> of early childhood.</p><p>- Children develop <strong>mental representations, symbolic thought, deferred imitation</strong>, and can solve simple problems mentally before acting.</p><p>- Toddlers can think before acting and use symbols</p><p><strong>E.g., pretending</strong> a banana is a phone.</p>
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Representational ability

- the ability to mentally represent objects and actions in memory, largely through symbols such as words, numbers, and mental pictures

An example of this is a baby playing with a toy smartphone.

<p>- the <u><mark data-color="#e9f6de" style="background-color: rgb(233, 246, 222); color: inherit;">ability to mentally represent objects and actions in memory</mark></u>, largely through symbols such as words, numbers, and mental pictures</p><p>An <strong>example </strong>of this is a baby playing with a <strong>toy smartphone</strong>.</p>
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Imitation

- 9-24 months

- Babies copy what they see.

- they can copy actions after some time has passed (deferred Imitation)

<p>- 9-24 months</p><p>- Babies <strong>copy </strong>what they see. </p><p>- they can <u><mark data-color="#dff5f7" style="background-color: rgb(223, 245, 247); color: inherit;">copy actions after some time has passed</mark></u><strong> (deferred Imitation)</strong></p>
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Object Permanence

- 4-24 months (develops gradually)

- Bables learn that objects still exist even when they cannot see them.

<p>- 4-24 months (develops gradually)</p><p>- Bables learn that <u><mark data-color="red" style="background-color: red; color: inherit;">objects still exist even when they cannot see them.</mark></u></p>
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Symbolic Development

- 18-24 months

- Children use one object to represent another.

<p>- 18-24 months</p><p>- Children<u><mark data-color="blue" style="background-color: blue; color: inherit;"> use one object to represent another.</mark></u></p>
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Categorization

- 18-24 months

- Children begin grouping objects by similarities (e.g., animals, toys, foods).

<p>- 18-24 months</p><p>- Children begin <span style="color: rgb(0, 0, 0);"><u><mark data-color="#faf2da" style="background-color: rgb(250, 242, 218); color: inherit;">grouping objects by similarities </mark></u></span><strong>(e.g., animals, toys, foods).</strong></p>
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Causality

- 4-12 months

- Babies learn that their actions can make things happen (cause and effect).

<p>- 4-12 months</p><p>- Babies <u><mark data-color="blue" style="background-color: blue; color: inherit;">learn that their actions can make things happen</mark></u> <strong>(cause and effect)</strong>.</p>
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Number

- 18-24 months

- Children begin to understand simple ideas about quantity (e.g., one vs. many).

<p>- 18-24 months</p><p>- Children begin to <u><mark data-color="#edebfb" style="background-color: rgb(237, 235, 251); color: inherit;">understand simple ideas about quantity</mark></u> <strong>(e.g., one vs. many).</strong></p>
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HABITUATION

- a type of learning in which repeated or continuous exposure to a stimulus reduces attention to that stimulus.

- in newborns, repeatedly presenting a stimulus such as sound or visual pattern and then monitoring responses.

example: if you show a new toy to a 4-month-old baby, they will stare at it for a long time. If you keep showing the exact same toy many times, the baby will look at it for a shorter time and then look away. They are now habituated to the toy.

<p>- a type of learning in which <u><mark data-color="#edf9e5" style="background-color: rgb(237, 249, 229); color: inherit;">repeated or continuous exposure to a stimulus reduces attention</mark></u> to that stimulus.</p><p>- in newborns, repeatedly presenting a stimulus such as sound or visual pattern and then monitoring responses.</p><p><strong>example:</strong> if you show a new toy to a 4-month-old baby, they will stare at it for a long time. If you keep showing the exact same toy many times, the baby will look at it for a shorter time and then look away. They are now habituated to the toy.</p>
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DISHABITUATION

- If a new sight or sound is presented, the baby's attention is generally captured once again, and the baby will reorient toward the interesting stimulus

e.g. A baby looks at the same teddy bear for several minutes and eventually loses interest. Then, someone shows the baby a bright red ball. The baby immediately looks at the new toy.

- Babies become Interested again when they see a new stimulus after getting used to a familiar one.

- Measures the baby's ability to detect change.

- Uses one familiar stimulus, then introduces a new stimulus.

Purpose: Tests whether babies can recognize something new.

<p>- If a <u><mark data-color="#eceaf9" style="background-color: rgb(236, 234, 249); color: inherit;">new sight or sound is presented, the baby's attention is generally captured once again</mark></u>, and the baby will reorient toward the interesting stimulus</p><p><strong>e.g.</strong> A baby looks at the same teddy bear for several minutes and eventually loses interest. Then, someone shows the baby a bright red ball. The baby immediately looks at the new toy.</p><p>- Babies become Interested again when they see a new stimulus after getting used to a familiar one.</p><p>- Measures the baby's ability to detect change.</p><p>- Uses one familiar stimulus, then introduces a new stimulus.</p><p><strong>Purpose:</strong> Tests whether babies can recognize something new.</p>
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VISUAL PREFERENCE

- The tendency to spend more time looking at one sight rather than another

e.g. If babies given a choice between looking at a curved or straight line spend more time focused on the curved line, the implication is that babies like curved lines more than straight lines.

- Babies naturally look longer at stimulus because they find it mean interesting or attractive.

- Measures what babies prefer to look at.

- Presents two stimuli at the same time and observes which one the baby looks at longer.

Purpose: Identifies what babies can distinguish or what they find more interesting.

<p>- The tendency to<u><mark data-color="#e9ffee" style="background-color: rgb(233, 255, 238); color: inherit;"> spend more time looking at one sight rather than another</mark></u></p><p><strong>e.g.</strong> If babies given a choice between looking at a curved or straight line spend more time focused on the curved line, the implication is that babies like curved lines more than straight lines.</p><p>- Babies naturally look longer at stimulus because they find it mean interesting or attractive.</p><p>- Measures what babies prefer to look at.</p><p>- Presents two stimuli at the same time and observes which one the baby looks at longer.</p><p><strong>Purpose: </strong>Identifies what babies can distinguish or what they find more interesting.</p>
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VISUAL RECOGNITION MEMORY

- Ability to distinguish a familiar visual stimulus from an unfamiliar one when shown both at the same time.

e.g. A baby sees their mother leave the room. When the mother returns, the baby smiles immediately because they recognize her face.

<p>- Ability to <u><mark data-color="#f2ebf7" style="background-color: rgb(242, 235, 247); color: inherit;">distinguish a familiar visual stimulus from an unfamiliar one </mark></u>when shown both at the same time.</p><p><strong>e.g.</strong> A baby sees their mother leave the room. When the mother returns, the baby smiles immediately because they recognize her face.</p>
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Lev Vygotsky

- Language develops through social interaction

- Children learn best through interacting with other people, such as parents, teachers, siblings, and peers. - He believed that culture also shapes how children think, solve problems, and learn.

- Children develop cognitive skills when they receive guidance from a More Knowledgeable Other (MKO) through social interaction, especially within the Zone of Proximal Development (ZPD) using scaffolding.

<p>- Language develops through <strong>social interaction</strong></p><p>- <u><mark data-color="red" style="background-color: red; color: inherit;">Children learn best through interacting with other people</mark></u>, such as parents, teachers, siblings, and peers. - He believed that culture also shapes how children think, solve problems, and learn.</p><p>- Children develop cognitive skills when they receive guidance from a <strong>More Knowledgeable Other (MKO) </strong>through social interaction, especially within the <strong>Zone of Proximal Development (ZPD) </strong>using <strong>scaffolding.</strong></p>
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Zone of Proximal Development (ZPD)

- includes tasks that are just beyond the child's current ability but can be accomplished with guidance or support (scaffolding).

<p>- <u><mark data-color="#e3f7e9" style="background-color: rgb(227, 247, 233); color: inherit;">includes tasks that are just beyond the child's current ability</mark></u> but can be accomplished with guidance or support <strong>(scaffolding)</strong>.</p>
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Recognition

- is the ability to identify something that has been seen before, such as a familiar face, object, or picture.

- Infants develop recognition memory before recall memory, which is why they can recognize their parents' faces long before they can remember information without seeing it.

<p>- is the <u><mark data-color="#e6f5f5" style="background-color: rgb(230, 245, 245); color: inherit;">ability to identify something that has been seen before</mark></u>, such as a familiar face, object, or picture.</p><p>- Infants develop recognition memory before recall memory, which is why they can recognize their parents' faces long before they can remember information without seeing it.</p>
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Recall

means remembering information without seeing it first.

<p>means <u><mark data-color="#e6f5fa" style="background-color: rgb(230, 245, 250); color: inherit;">remembering information without seeing it first.</mark></u></p>
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Assimilation

- "This new thing fits what I already know."

<p>- "This new thing fits what I already know."</p>
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Fast-mapping strategy

- Learns a new word quickly

EX: Learns "elephant" after hearing it once

<p>- Learns a new word <strong>quickly</strong></p><p><strong>EX:</strong> Learns "elephant" after hearing it once</p>
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Overextension

- Uses a word too narrowly

- "Use one word for too many things"

- Occurs when a child uses one word to refer to too many things because they share similar characteristics.

EX: Calls only their own cup "cup"

<p>- Uses a word<strong> too narrowly</strong></p><p>- "Use one word for <u><mark data-color="#f6ebd7" style="background-color: rgb(246, 235, 215); color: inherit;">too many things</mark></u>"</p><p>- Occurs when a<u><mark data-color="#f1f6c7" style="background-color: rgb(241, 246, 199); color: inherit;"> child uses one word to refer to too many things</mark></u> because they share similar characteristics.</p><p><strong>EX:</strong> Calls only their own cup "cup"</p>
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Telegraphic speech

- Uses short, simple phrases

EX: "Daddy go work."

<p>- Uses short, simple phrases</p><p><strong>EX: </strong>"Daddy go work."</p>
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Noam Chomsky

Language is innate (LAD)

<p>Language is innate (LAD)</p>
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Jean Piaget

Language develops with cognitive development

<p>Language develops with <strong>cognitive development</strong></p>
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Albert Bandura

Language is learned through observation and imitation

<p>Language is learned through <strong>observation and imitation</strong></p>
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Prelinguistic Speech

- utterance of sounds that are not words.

- This includes crying, cooing, babbling, and accidental and deliberate imitation of sounds without understanding their meaning.

<p>- <strong>utterance </strong>of sounds that are <strong>not words</strong>.</p><p>- This includes crying, cooing, babbling, and accidental and deliberate <u><mark data-color="#f8f2e2" style="background-color: rgb(248, 242, 226); color: inherit;">imitation of sounds without understanding their meaning.</mark></u></p>
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Code Switching

- Changing from one language to another.

- Often depends on the situation or the person being spoken to.

Example: Speaking English to a teacher, then switching to Filipino when talking to a friend.

<p>- <strong>Changing </strong>from <strong>one language to another</strong>.</p><p>- Often depends on the situation or the person being spoken to.</p><p><strong>Example: </strong>Speaking English to a teacher, then switching to Filipino when talking to a friend.</p>
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Code Mixing

- Mixing words or phrases from two languages in one sentence.

- Happens naturally because the speaker is comfortable using both languages.

Example: "Let's kain first before we study."

<p>- <strong>Mixing </strong>words or phrases from two languages in one sentence.</p><p>- Happens naturally because the speaker is comfortable using <strong>both languages</strong>.</p><p><strong>Example:</strong> "Let's kain first before we study."</p>
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Rovee-Collier's study

- as young as 3 months, a child can remember specific objects within 10 minutes.

<p>- as <strong>young as 3 months</strong>, a <u><mark data-color="#f7e3d4" style="background-color: rgb(247, 227, 212); color: inherit;">child can remember specific objects within 10 minutes.</mark></u></p>
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Infantile Amnesia

as the child grows, if there are things they cannot remember due to not matured hippocampus yet, this is called as?

<p>as the child grows, if there are things they <u><mark data-color="#f1edff" style="background-color: rgb(241, 237, 255); color: inherit;">cannot remember due to not matured hippocampus yet,</mark></u> this is called as?</p>
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behaviorist approach

- studies the basic mechanics of learning.

- are concerned with how behavior changes in response to experience.

<p>- <strong>studies </strong>the <u><mark data-color="#fdf0ff" style="background-color: rgb(253, 240, 255); color: inherit;">basic mechanics of learning</mark></u>.</p><p>- are concerned with how <u><mark data-color="purple" style="background-color: purple; color: inherit;">behavior changes in response to experience.</mark></u></p>
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psychometric approach

Measures quantitative differences in abilities that make up intelligence by using tests that indicate or predict these abilities!

<p><u><mark data-color="red" style="background-color: red; color: inherit;">Measures quantitative differences in abilities</mark></u> that make up intelligence by using <strong>tests </strong>that indicate or predict these abilities!</p>
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Piagetian approach

- looks at changes, or stages, in the quality of cognitive functioning.

- It is concerned with how the mind structures its activities and adapts to the environment.

<p>- looks at <u><mark data-color="#e8e7fb" style="background-color: rgb(232, 231, 251); color: inherit;">changes, or stages, in the quality of cognitive functioning.</mark></u></p><p>- It is concerned with how the mind structures its activities and adapts to the environment.</p>
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information-processing approach

- focuses on perception, learning, memory, and problem solving.

- It aims to discover how children process information from the time they encounter it until they use it.

<p>- focuses on <strong>perception, learning, memory, and problem solving.</strong></p><p>- It aims to discover how children<u><mark data-color="#fae4f0" style="background-color: rgb(250, 228, 240); color: inherit;"> process information from the time they encounter it until they use it.</mark></u></p>
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cognitive neuroscience

approach seeks to identify what brain structures are involved in specific aspects of cognition.

<p>approach seeks to identify what <u><mark data-color="#f6f2de" style="background-color: rgb(246, 242, 222); color: inherit;">brain structures are involved in specific aspects of cognition.</mark></u></p>
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social-contextual approach

examines the effects of environmental aspects of the learning process, particularly the role of parents and other caregivers.

<p>examines the <span style="color: rgb(0, 0, 0);"><u><mark data-color="#eff6d9" style="background-color: rgb(239, 246, 217); color: inherit;">effects of environmental aspects of the learning process</mark></u></span>, particularly the role of parents and other caregivers.</p>
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classical conditioning

Learning based on associating a stimulus that does not ordinarily elicit a response with another stimulus that does elicit the response.

<p>Learning based on associating a stimulus that does not ordinarily elicit a response with another stimulus that does elicit the response.</p>
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personality

- the relatively consistent blend of emotions, temperament, thought, and behavior that makes each person unique.

<p>- the <u><mark data-color="#dffce4" style="background-color: rgb(223, 252, 228); color: inherit;">relatively consistent blend of emotions</mark></u>, temperament, thought, and behavior that makes each person unique.</p>
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Emotions

- Such as fear, are subjective reactions to experience that are associated with physiological and behavioral changes.

<p>- Such as fear, are<u><mark data-color="red" style="background-color: red; color: inherit;"> subjective reactions to experience that are associated with physiological and behavioral changes</mark></u>.</p>
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Social smiling

- Around 6-8 weeks of age, the smile typically first appear

- when newborn infants gaze and smile at their parents, develops in the 2nd month of life

<p>- Around <strong>6-8 weeks of age</strong>, the smile typically first appear</p><p>- when <u><mark data-color="green" style="background-color: green; color: inherit;">newborn infants gaze and smile at their parents</mark></u>, develops in the 2nd month of life</p>
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Anticipatory smiling

- In which infants smile at an object and then gaze at an adult while continuing to smile—rises sharply between 8 and 10 months and seems to be among the first types of communication in which the infant refers to an object or experience.

<p>- In which <u><mark data-color="#f7f2d4" style="background-color: rgb(247, 242, 212); color: inherit;">infants smile at an object and then gaze at an adult while continuing to smile</mark></u>—rises sharply between <strong>8 and 10 months</strong> and seems to be among the first types of communication in which the infant refers to an object or experience.</p>
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Self-conscious emotions

- such as embarrassment, empathy, and envy, arise only after children have developed self-awareness

<p>- such as <strong>embarrassment, empathy, and envy</strong>, arise only <u><mark data-color="green" style="background-color: green; color: inherit;">after children have developed self-awareness</mark></u></p>
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self-awareness

- Realization that one's existence and functioning are separate from those of other people and things.

<p>- Realization that one's existence and functioning are separate from those of other people and things.</p>
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self-evaluative emotions

- Emotions, such as pride, shame, and guilt, that depend on both self-awareness and knowledge of socially accepted standards of behavior.

<p>- Emotions, such as <strong>pride, shame, and guilt,</strong> that <u><mark data-color="blue" style="background-color: blue; color: inherit;">depend on both self-awareness and knowledge of socially accepted standards of behavior.</mark></u></p>
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empathy

- Ability to put oneself in another person's place and feel what the other person feels.

<p>- <u><mark data-color="purple" style="background-color: purple; color: inherit;">Ability to put oneself in another person's place </mark></u>and feel what the other person feels.</p>
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mirror neurons

- Neurons that fire when a person does something or observes someone else doing the same thing.

<p>- <strong>Neurons that fire </strong>when a person does something or observes someone else doing the same thing.</p>
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temperament

- Characteristic disposition, or style of approaching and reacting to situations.

<p>- Characteristic disposition, or style of <span style="color: rgb(2, 1, 1);"><u><mark data-color="#e3f7e8" style="background-color: rgb(227, 247, 232); color: inherit;">approaching and reacting to situations.</mark></u></span></p>
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easy children

- Children with a generally happy temperament, regular biological rhythms, and a readiness to accept new experiences.

<p>- <u><mark data-color="green" style="background-color: green; color: inherit;">Children with a generally happy temperament</mark></u>, regular biological rhythms, and a readiness to accept new experiences.</p>
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difficult children

- Children with irritable temperament, irregular biological rhythms, and intense emotional responses.

<p>- <u><mark data-color="red" style="background-color: red; color: inherit;">Children with irritable temperament</mark></u>, irregular biological rhythms, and intense emotional responses.</p>
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slow-to-warm-up children

- Children whose temperament is generally mild but who are hesitant about accepting new experiences.

<p>- <u><mark data-color="#e6f7dc" style="background-color: rgb(230, 247, 220); color: inherit;">Children whose temperament is generally mild but who are hesitant</mark></u> about accepting new experiences.</p>
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goodness of fit

- Appropriateness of environmental demands and constraints to a child's temperament

<p>- <u><mark data-color="#f8f1d7" style="background-color: rgb(248, 241, 215); color: inherit;">Appropriateness of environmental demands</mark></u> and constraints to a child's temperament</p>
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gender

- Significance of being male or female.

<p>- Significance of being <strong>male or female</strong>.</p>
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Gender typing

- Socialization process by which children, at an early age, learn appropriate gender roles.

<p>- <u><mark data-color="purple" style="background-color: purple; color: inherit;">Socialization process</mark></u> by which children, at an early age,<u><mark data-color="#f7ecf5" style="background-color: rgb(247, 236, 245); color: inherit;"> learn appropriate gender roles</mark></u>.</p>
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Trust Vs. Mistrust

- Erik Erikson's first stage in psychosocial development, in which infants have a sense of reliability to people and objects

- According to Erikson, the first psychosocial crisis that infants must resolve is?

- During the first year of life, infants develop this when caregivers consistently provide love and comfort and meet their basic needs

<p>- <strong>Erik Erikson's first stage in psychosocial development</strong>, in which <u><mark data-color="green" style="background-color: green; color: inherit;">infants have a sense of reliability to people and objects</mark></u></p><p>- According to Erikson, the <u><mark data-color="#ecfee3" style="background-color: rgb(236, 254, 227); color: inherit;">first psychosocial crisis that infants must resolve</mark></u> is?</p><p>- During the first year of life, infants develop this when caregivers consistently provide love and comfort and meet their basic needs</p>
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attachment

- A reciprocal, enduring tie between two people, especially between an infant and a caregiver.

- Each of whom contributes to the quality of the relationship

<p>- A <u><mark data-color="#f7e2e9" style="background-color: rgb(247, 226, 233); color: inherit;">reciprocal, enduring tie </mark></u>between two people, especially between an infant and a caregiver. </p><p>- Each of whom contributes to the quality of the relationship</p>
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Strange Situation

- Laboratory technique used to study infant attachment.

<p>- Laboratory technique used to <u><mark data-color="#f1f0cc" style="background-color: rgb(241, 240, 204); color: inherit;">study infant attachment.</mark></u></p>
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secure attachment

- Pattern in which an infant is quickly and effectively able to obtain comfort from an attachment figure in the face of distress.

<p>- Pattern in which an infant i<u><mark data-color="#fae8fa" style="background-color: rgb(250, 232, 250); color: inherit;">s quickly and effectively able to obtain comfort from an attachment figure</mark></u> in the face of distress.</p>
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avoidant attachment

- Pattern in which an infant rarely cries when separated from the primary caregiver and avoids contact on their return.

<p>- Pattern in which an <u><mark data-color="#eefae9" style="background-color: rgb(238, 250, 233); color: inherit;">infant rarely cries when separated from the primary caregiver and avoids contact on their return</mark></u>.</p>
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ambivalent (resistant) attachment

- Pattern in which an infant becomes anxious before the primary caregiver leaves, is extremely upset during their absence, and both seeks and resists contact on their return.

EXAMPLE: when a baby cries intensely upon a parent's departure, but upon their return, frantically seeks comfort while simultaneously pushing the parent away, arching their back, or angrily slapping away offered toys

<p>- Pattern in which an infant becomes anxious before the primary caregiver leaves, is extremely upset during their absence, and both seeks and resists contact on their return.</p><p><strong>EXAMPLE: </strong><span>when </span>a baby cries intensely upon a parent's departure, but upon their return, frantically seeks comfort while simultaneously pushing the parent away, arching their back, or angrily slapping away offered toys</p>
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disorganized-disoriented attachment

- Pattern in which an infant, after separation from the primary caregiver, shows contradictory, repetitious, or misdirected behaviors on their return.

EXAMPLE: when an upset baby falls and crawls toward their returning parent for comfort, they suddenly freeze, slap the floor, or turn around and back away in a dazed, confused state.

<p>- Pattern in which an infant, after separation from the primary caregiver, shows <u><mark data-color="#f9f1d4" style="background-color: rgb(249, 241, 212); color: inherit;">contradictory, repetitious, or misdirected behaviors</mark></u> on their return.</p><p><strong>EXAMPLE: </strong>when an upset baby falls and crawls toward their returning parent for comfort, they suddenly freeze, slap the floor, or turn around and back away in a dazed, confused state.</p>
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stranger anxiety

- Wariness of strange people and places, shown by some infants during the second half of the 1st year.

<p>- <u><mark data-color="red" style="background-color: red; color: inherit;">Wariness of strange people and places</mark></u>, shown by some infants during the second half of the 1st year.</p>
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separation anxiety

- Distress shown by someone, typically an infant, when a familiar caregiver leaves.

<p>- Distress shown by someone, typically an infant, <u><mark data-color="#f2e3f9" style="background-color: rgb(242, 227, 249); color: inherit;">when a familiar caregiver leaves.</mark></u></p>
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mutual regulation

- Process by which infant and caregiver communicate emotional states to each other and respond appropriately.

<p>- Process by which<u><mark data-color="#f3f7d4" style="background-color: rgb(243, 247, 212); color: inherit;"> infant and caregiver communicate emotional states to each other and respond appropriately.</mark></u></p>
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interactional synchrony

-The synchronized coordination of behavior and affect between a caregiver and an infant.

<p>-The<u><mark data-color="#e6e8f8" style="background-color: rgb(230, 232, 248); color: inherit;"> synchronized coordination of behavior</mark></u> and affect between a caregiver and an infant.</p>
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still-face paradigm

- Experimental methodology in which a parent first interacts typically with their child, then keeps their face still and expressionless, and then ends with a return to typical behavior;

- used to demonstrate interactional synchrony

<p>- <strong>Experimental methodology</strong> in which a parent first interacts typically with their child, then keeps their face still and expressionless, and then ends with a return to typical behavior; </p><p>- used to<u><mark data-color="#ede1fa" style="background-color: rgb(237, 225, 250); color: inherit;"> demonstrate interactional synchrony</mark></u></p>
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social referencing

- Understanding an ambiguous situation by seeking another person's perception of it.

<p>- Understanding an ambiguous situation by <u><mark data-color="#f7edd8" style="background-color: rgb(247, 237, 216); color: inherit;">seeking another person's perception of it.</mark></u></p>
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self-concept

- Sense of self; descriptive and evaluative mental picture of one's abilities and traits.

<p>- <strong>Sense of self</strong>; descriptive and evaluative mental picture of one's <mark data-color="#feedff" style="background-color: rgb(254, 237, 255); color: inherit;">abilities and traits</mark>.</p>
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socialization

- Development of habits, skills, values, and motives shared by responsible, productive members of a society

<p>- Development of habits, skills, values, and motives <strong>shared </strong>by responsible, productive<strong> members of a society</strong></p>
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internalization

- During socialization, the process by which children accept societal standards of conduct as their own.

<p>- During socialization, the process by which <u><mark data-color="#faf1e2" style="background-color: rgb(250, 241, 226); color: inherit;">children accept societal standards of conduct as their own.</mark></u></p>
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self-regulation

- A child's independent control of behavior to conform to understood social expectations

<p>- A child's independent control of behavior to <u><mark data-color="green" style="background-color: green; color: inherit;">conform to understood social expectations</mark></u></p>
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conscience

- Internal standards of behavior, which usually control one's conduct and produce emotional discomfort when violated.

<p>-<strong> Internal standards of behavior</strong>, which usually control one's conduct and produce emotional discomfort when violated.</p>
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situational compliance

- Kochanska's term for obedience of a parent's orders only in the presence of signs of ongoing parental control.

<p>- Kochanska's term for obedience of <u><mark data-color="#f6e1ed" style="background-color: rgb(246, 225, 237); color: inherit;">a parent's orders only in the presence of signs of ongoing parental control.</mark></u></p>
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committed compliance

- Kochanska's term for wholehearted obedience of a parent's orders without reminders or lapses.

<p>- Kochanska's term for wholehearted obedience of<u><mark data-color="red" style="background-color: red; color: inherit;"> a parent's orders without reminders or lapses.</mark></u></p>
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receptive cooperation

- Kochanska's term for eager willingness to cooperate harmoniously with a parent in daily interactions, including routines, chores, hygiene, and play.

<p>- Kochanska's term for<u><mark data-color="green" style="background-color: green; color: inherit;"> eager willingness to cooperate harmoniously</mark></u> with a parent in daily interactions, including routines, chores, hygiene, and play.</p>
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physical abuse

- Action taken deliberately to endanger another person, involving potential bodily injury.

<p>- Action taken deliberately to endanger another person, involving<u><mark data-color="#fadee8" style="background-color: rgb(250, 222, 232); color: inherit;"> potential bodily injury.</mark></u></p>
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neglect

- Failure to meet a dependent's basic needs.

<p>- <strong>Failure </strong>to <strong>meet </strong>a dependent's basic needs.</p>
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sexual abuse

- Physically or psychologically harmful sexual activity or any sexual activity involving a child and an older person.

<p>- <u><mark data-color="#fae6f9" style="background-color: rgb(250, 230, 249); color: inherit;">Physically or psychologically harmful sexual activity</mark></u> or any sexual activity involving a child and an older person.</p>
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emotional maltreatment

- Rejection, terrorization, isolation, exploitation, degradation, ridicule, or failure to provide emotional support, love, and affection; or other action or inaction that may cause behavioral, cognitive, emotional, or mental disorders.

<p>- Rejection, terrorization, isolation, exploitation, degradation, ridicule, or failure to provide emotional support, love, and affection; or other action or inaction that <u><mark data-color="#f7e1ed" style="background-color: rgb(247, 225, 237); color: inherit;">may cause behavioral, cognitive, emotional, or mental disorders</mark></u><mark data-color="#f7e1ed" style="background-color: rgb(247, 225, 237); color: inherit;">.</mark></p>
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sex tracking

- The recruitment, harboring, transportation, provision, or obtaining of a person for the purposes of a commercial sex act.

<p>- The recruitment, harboring, transportation, provision, or <u><mark data-color="blue" style="background-color: blue; color: inherit;">obtaining of a person for the purposes of a commercial sex act.</mark></u></p>
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Hope

- Which basic virtue develops when an infant successfully resolves the trust vs. mistrust crisis?

- Erikson believed that successfully resolving the first psychosocial crisis develops the virtue of?

<p>- Which basic virtue develops when an infant successfully resolves the <strong>trust vs. mistrust crisis</strong>?</p><p>- Erikson believed that successfully resolving the first psychosocial crisis develops the virtue of?</p>
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night terror

- Abrupt awakening from a deep sleep in a state of agitation, generally occurs in young children.

- Abrupt awakening from a deep sleep

- The child may scream, cry, or thrash around but usually has no memory of it afterward.

- “I looked terrified, but I wasn't really awake.”

Example: A child suddenly sits up, screams, looks terrified, and pushes their parents away—but the next morning says, “I don't remember anything.” memory of it afterward.

<p>- Abrupt awakening from a deep sleep in a state of agitation, generally occurs in young children.</p><p>- <strong>Abrupt</strong> <strong>awakening</strong> from a <strong>deep sleep</strong></p><p>- The child may scream, cry, or thrash around <u><mark data-color="blue" style="background-color: blue; color: inherit;">but usually has no memory of it afterward.</mark></u></p><p>- “I looked terrified, but I wasn't really awake.”</p><p><strong>Example:</strong> A child suddenly sits up, screams, looks terrified, and pushes their parents away—but the next morning says, “I don't remember anything.” memory of it afterward.</p>
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sleepwalking

- Walking around and sometimes performing other functions while asleep.

example: A child walks around the house while still asleep and does not remember doing it the next morning.

<p>- <strong>Walking around </strong>and sometimes performing other functions while asleep<strong>.</strong></p><p><strong>example:</strong> A child walks around the house while still asleep and does not remember doing it the next morning.</p>
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sleeptalking

Talking while asleep.

<p><strong>Talking </strong>while asleep.</p>
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nightmare

- “I had a scary dream.”

- The child wakes up and can usually tell you what happened.

- A bad dream, sometimes brought on by staying up too late, eating a heavy meal close to bedtime, or overexcitement

- A frightening dream that usually causes the child to wake up.

Example: “Mommy, I dreamed that a monster was chasing me!”

<p>- “I had a scary dream.”</p><p>- The child wakes up and can usually tell you what happened.</p><p>- A bad dream, sometimes brought on by staying up too late, eating a heavy meal close to bedtime, or overexcitement</p><p>- A <strong>frightening dream</strong> that usually causes the child to wake up.</p><p><strong>Example: </strong>“Mommy, I dreamed that a monster was chasing me!”</p>
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enuresis

- Repeated urination in clothing or in bed.

- involuntary urination during sleep

- Preschool children normally recognize the feeling of a full bladder while asleep and awaken to empty it.

<p>- Repeated <strong>urination </strong>in clothing or in bed.</p><p>- involuntary urination during sleep</p><p>- Preschool children normally recognize the feeling of a full bladder while asleep and awaken to empty it.</p>
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gross motor skills

- Physical skills that involve the large muscles.

- Uses large muscles: arms, legs, whole body

- Requires balance, strength, and movement

EXAMPLE: jumping, running, climbing, throwing a ball

<p>- Physical skills that involve the <u><mark data-color="green" style="background-color: green; color: inherit;">large muscles</mark></u>.</p><p>- <strong>Uses large muscles:</strong> arms, legs, whole body</p><p>- Requires balance, strength, and movement</p><p><strong>EXAMPLE:</strong> jumping, running, climbing, throwing a ball</p>
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fine motor skills

- Physical skills that involve the small muscles and eye-hand coordination.

- Uses small muscles: Hands, fingers, wrists

- Requires precision and coordination

EXAMPLE: cutting with scissors, drawing, buttoning clothes, writing

<p>- Physical skills that involve the <u><mark data-color="#f6e8fc" style="background-color: rgb(246, 232, 252); color: inherit;">small muscles and eye-hand coordination</mark></u>.</p><p>- Uses <strong>small muscles</strong>: Hands, fingers, wrists</p><p>- Requires precision and coordination</p><p><strong>EXAMPLE: </strong>cutting with scissors, drawing, buttoning clothes, writing</p>
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systems of action

- Increasingly complex combinations of motor skills, which permit a wider or more precise range of movement and more control of the environment.

<p>- <u><mark data-color="red" style="background-color: red; color: inherit;">Increasingly complex combinations of motor skills</mark></u>, which permit a wider or more precise range of movement and more control of the environment.</p>
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handedness

Preference for using a particular hand.

<p><strong>Preference </strong>for using a <strong>particular hand</strong>.</p>
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dental caries

Tooth decay, cavities.

<p>Tooth decay, cavities.</p>
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preoperational stage

In Piaget's theory, the second major stage of cognitive development, in which symbolic thought expands but children cannot yet use logic effectively.

<p>In Piaget's theory,<strong> the second major stage of cognitive development</strong>, in which <u><mark data-color="#e2f8f7" style="background-color: rgb(226, 248, 247); color: inherit;">symbolic thought expands but children cannot yet use logic effectively.</mark></u></p>
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Use of symbols

Understanding of identities

understanding of cause and effect

ability to classify

understanding of number

empathy

theory of mind

6 Cognitive Advances during Early Childhood

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Centration: inability to decenter

Irreversibility

Focus on states rather than transformations

Transductive reasoning

Egocentrism

Animism

Inability to distinguish appearance from reality

Immature Aspects of Preoperational Thought (According to Piaget)

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Centration

- inability to decenter

- Children focus on one aspect of a situation and neglect others.

- The child focuses only on one part & ignores the rest

<p>- <strong>inability to decenter</strong></p><p>- Children <u><mark data-color="#e7f4d4" style="background-color: rgb(231, 244, 212); color: inherit;">focus on one aspect of a situation and neglect others.</mark></u></p><p>- The child focuses only on one part &amp; ignores the rest</p>
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Irreversibility

- Children fail to understand that some operations or actions can be reversed, restoring the original situation.

- The child cannot mentally reverse an action

<p>- Children <strong>fail </strong>to understand that<u><mark data-color="#fde3ee" style="background-color: rgb(253, 227, 238); color: inherit;"> some operations or actions can be reversed, restoring the original situation.</mark></u></p><p>- The child cannot mentally reverse an action</p>