Language and the mind

Froggy Jumps

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Cognitive processes of language acquisition

Créé par

Ingrid Johanna Rodriguez Granados

Colombia

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Language and the mind


Froggy Jumps Language and the mindVersion en ligne Cognitive processes of language acquisition par Ingrid Johanna Rodriguez Granados 1 What does neuroplasticity refer to? a The brain's ability to reorganize and form new neural connections. b The fixed structure of the brain that cannot change after childhood. c The brain's inability to adapt to new experiences. 2 Genie Wiley was isolated until age 13 with no exposure to language during early childhood. What did scientists like Lenneberg (1967) propose about language acquisition? a Language can be fully acquired at any age without difficulty. b Language acquisition is unrelated to age. c Language must be acquired before puberty for full development. 3 In early childhood, the brain has high plasticity. What does this mean for language learning? a The brain requires huge effort to learn languages later in life. b It can easily adapt and create new neural pathways for learning. c It cannot learn new languages after early childhood. 4 Bilingual individuals who learn a second language early tend to process both languages in similar brain areas. Which areas are these? a Temporal lobe and Hippocampus b Occipital lobe and Amygdala c Broca’s Area and Wernicke’s Area 5 Which brain area is primarily associated with emotional responses to language? a Amygdala and Right hemisphere b Broca’s Area c Wernicke’s Area 6 Which brain areas are involved in memory storage and recall? a Amygdala and Right hemisphere b Broca’s Area and Wernicke’s Area c Hippocampus and Cortex 7 How are words and their meanings organized in the mental lexicon of monolinguals? a In a structured mental lexicon based on semantic features. b Randomly, without any structure. c Separately for each word, with no connections. 8 How does the brain encode, retrieve, and process words according to current research? a Words are encoded randomly without any pattern. b Neural imaging studies provide some insights but not definitive answers. c The brain does not encode words; it only retrieves them from external sources. 9 What is a key question in understanding bilingual representation? a Do monolinguals have better language comprehension than bilinguals? b Do bilinguals use only one language at a time? c Do bilinguals process languages separately or together? 10 How do Broca’s and Wernicke’s areas behave in bilinguals compared to monolinguals? a They show consistent activation patterns across languages. b They show variability and may not behave as expected. c They always activate the same regions for both languages. 11 What does the Stroop task reveal about bilingual processing? a Bilinguals process colors faster than words. b Bilinguals experience cross-language interference. c Bilinguals process words in their first language only. 12 Weinreich (1968) proposed three types of bilinguals. Which of the following is NOT one of them? a Coordinate Bilinguals b Subordinate Bilinguals c Integrated Bilinguals 13 What does the debate over separate versus shared lexicons in bilinguals focus on? a Whether bilinguals can learn more than two languages. b Whether bilinguals can switch languages easily. c Whether L1 and L2 are stored independently or together. 14 Which evidence supports the idea of a shared lexicon in bilinguals? a Cognates (similar words in both languages) are recognized faster. b Bilinguals never experience interference between languages. c Bilinguals process each language in completely separate brain areas. 15 How do bilinguals avoid confusion when both languages are active in their brains? a By relying on random selection of words from either language. b By ignoring context and focusing solely on word meaning. c By using inhibitory control to suppress one language while using the other. 16 Why do bilinguals often mix languages (code-switch)? a Because their two lexicons interact, influenced by factors like language proficiency and context. b Because they are confused and cannot distinguish between languages. c Because they have no knowledge of grammar rules. 17 In Volterra & Taeschner's three-stage model, what characterizes Stage 1 (Single Lexicon)? a The child has fully developed grammar and phonology for both languages. b The child distinguishes between languages and uses them separately. c The child does not distinguish between languages and uses words interchangeably. 18 What happens in Stage 2 (Separate Lexicons, Shared Grammar) according to Volterra & Taeschner's model? a The child uses only one language at a time without any mixing. b The child creates separate lexicons for each language but still shares grammar across languages. c The child fully distinguishes between languages in terms of vocabulary, grammar, and phonology. 19 The "Strategic or Adaptive Mechanism" view suggests that language mixing in bilingual children is: a An intentional and adaptive strategy to communicate effectively or fill gaps in knowledge. b A sign of confusion and inability to differentiate languages. c Always discouraged by caregivers. 20 Research shows that bilinguals often outperform monolinguals in certain cognitive tasks. What is the primary reason for this advantage? a Bilinguals' constant switching between languages enhances executive functions. b Bilinguals have less exposure to complex language structures. c Bilinguals use only one language at a time, simplifying their cognitive load.

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Language and the mind

Froggy Jumps

À propos de cette activité

Créé par

Téléchargez la version pour jouer sur papier

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Language and the mindVersion en ligne

par Ingrid Johanna Rodriguez Granados

What does neuroplasticity refer to?

Genie Wiley was isolated until age 13 with no exposure to language during early childhood. What did scientists like Lenneberg (1967) propose about language acquisition?

In early childhood, the brain has high plasticity. What does this mean for language learning?

Bilingual individuals who learn a second language early tend to process both languages in similar brain areas. Which areas are these?

Which brain area is primarily associated with emotional responses to language?

Which brain areas are involved in memory storage and recall?

How are words and their meanings organized in the mental lexicon of monolinguals?

How does the brain encode, retrieve, and process words according to current research?

What is a key question in understanding bilingual representation?

How do Broca’s and Wernicke’s areas behave in bilinguals compared to monolinguals?

What does the Stroop task reveal about bilingual processing?

Weinreich (1968) proposed three types of bilinguals. Which of the following is NOT one of them?

What does the debate over separate versus shared lexicons in bilinguals focus on?

Which evidence supports the idea of a shared lexicon in bilinguals?

How do bilinguals avoid confusion when both languages are active in their brains?

Why do bilinguals often mix languages (code-switch)?

In Volterra & Taeschner's three-stage model, what characterizes Stage 1 (Single Lexicon)?

What happens in Stage 2 (Separate Lexicons, Shared Grammar) according to Volterra & Taeschner's model?

The "Strategic or Adaptive Mechanism" view suggests that language mixing in bilingual children is:

Research shows that bilinguals often outperform monolinguals in certain cognitive tasks. What is the primary reason for this advantage?