CTET Child Development and Pedagogy Paper 1 MCQs with Answers Set 02

Answer: (b) feeling of hopelessness

Explanation:
1. Scaffolding, a print-rich environment and individual instruction all support learning.
2. Hopelessness lowers motivation and effort, so it harms learning.

Teacher's Note:
1. Learned helplessness is a related idea.
2. A positive emotional climate aids learning.

Answer: (b) Autism - Stick to same schedule as much as possible

Explanation:
1. Children with autism do best with predictable routines and schedules.
2. The other pairs are unsuitable: long movies for ADHD, complex computation for dyscalculia, only oral assessment for speech impairment.

Teacher's Note:
1. Match the strategy to the learner's need.
2. Offer alternative modes of assessment where needed.

Answer: (a) active

Explanation:
1. Learning is effective when the learner participates by doing, thinking and discussing.
2. Passive, docile or partial involvement limits learning.

Teacher's Note:
1. Active learning is central to constructivism.
2. Learning by doing is the key idea.

Answer: (d) are an interplay of hereditary factors and environmental influences.

Explanation:
1. Development continues throughout life, varies across individuals and cultures, and is multidimensional.
2. It results from the interaction of heredity and environment.

Teacher's Note:
1. Both nature and nurture matter.
2. Words like 'always' and 'universal' are warning signs.

Answer: (d) Kicking football towards pole

Explanation:
1. Kicking a football uses large leg muscles, so it is a gross motor skill.
2. The others need fine control of fingers and hands.

Teacher's Note:
1. Gross: running, jumping, kicking. Fine: writing, cutting, threading.
2. Ask whether large or small muscles are used.

Answer: (a) centre, extremities

Explanation:
1. Development follows the proximodistal principle: from the centre of the body outwards to the extremities.
2. The other options are reversed.

Teacher's Note:
1. Cephalocaudal: head to toe. Proximodistal: centre to extremities.
2. Children first control the trunk and arms, then the fingers.

Answer: (c) Symbolic representation

Explanation:
1. Ages 3-6 fall in the preoperational stage, where symbolic thought (language, drawing, pretend play) develops.
2. Conservation, seriation and logical application belong to the concrete operational stage.

Teacher's Note:
1. Teach according to the child's stage.
2. Symbolic function is the hallmark of the preoperational stage.

Answer: (c) Concrete operational

Explanation:
1. Classification (grouping objects by common features) is a logical operation.
2. Logical operations on concrete objects develop in the concrete operational stage (about 7-11 years).

Teacher's Note:
1. Concrete operational skills: classification, seriation, conservation.
2. Preoperational children can only group in a limited, perception-based way.

Answer: (c) Schema

Explanation:
1. A schema is a mental framework or concept used to organise knowledge.
2. Scaffolding and ZPD are Vygotsky/Bruner terms; object permanence is a specific milestone.

Teacher's Note:
1. Piaget's key terms: schema, assimilation, accommodation, equilibration.
2. Schemas change as the child adapts.

Answer: (b) presenting half-solved questions to them

Explanation:
1. Scaffolding gives temporary support that makes a task manageable.
2. A half-solved example gives a starting point and is a typical scaffold; the other options hinder.

Teacher's Note:
1. Other scaffolds: hints, prompts, modelling, asking learners to think aloud.
2. Support is faded as the learner improves.

Answer: (a) Lev Vygotsky - Cultural tools

Explanation:
1. Vygotsky proposed cultural tools (language, symbols) that shape thinking.
2. 'g' factor is Spearman's, scaffolding is Vygotsky/Bruner's, and Kohlberg gave moral development.

Teacher's Note:
1. Gardner: multiple intelligences. Kohlberg: moral reasoning.
2. Learn theorist-concept pairs.

Answer: (a) urge for knowledge construction

Explanation:
1. Progressive classrooms are learner-centred and encourage students to construct knowledge.
2. The other options are negatives that such classrooms avoid.

Teacher's Note:
1. Progressive means active, social, connected to life.
2. Knowledge construction is the constructivist ideal.

Answer: (c) Gender bias

Explanation:
1. Giving one gender more chances is unfair treatment.
2. Such unequal treatment based on gender is gender bias.

Teacher's Note:
1. Teachers should give equal opportunities to all learners.
2. Equality and parity mean equal treatment or numbers.

Answer: (c) Both heredity and environment

Explanation:
1. Learners differ because of inherited traits and the environment they grow in.
2. Both interact, so neither alone explains the differences.

Teacher's Note:
1. Avoid the 'only' options in nature-nurture questions.
2. Heredity sets the potential; environment shapes it.

Answer: (c) Concrete operational child - Is able to conserve and classify

Explanation:
1. Concrete operational children (7-11 years) can conserve and classify.
2. Logic and deduction appear later, and imitation and imaginary play begin earlier than formal operations.

Teacher's Note:
1. Sensorimotor: reflexes and object permanence. Preoperational: symbolic play.
2. Formal operational: abstract and hypothetical thinking.

Answer: (c) Children are assessed while doing activities / tasks.

Explanation:
1. A progressive classroom is activity-based and flexible, with ongoing assessment.
2. Assessing children while they do tasks matches this; the other options describe traditional classrooms.

Teacher's Note:
1. Progressive classrooms are flexible, participatory and activity-based.
2. Assessment is continuous and embedded in learning.

Answer: (b) is important to find out a child's progress over a certain period of time.

Explanation:
1. NEP 2020 wants regular, formative assessment to track progress and support learning.
2. It rejects once-a-year exams, ranking and treating assessment as the centre of all activity.

Teacher's Note:
1. Assessment supports learning; it is not the centre of education.
2. NEP favours competency-based assessment.

Answer: (d) enable linkages with what the children already know.

Explanation:
1. Learning is meaningful when new ideas are connected to prior knowledge.
2. Fear, rote learning and passive listening hinder learning.

Teacher's Note:
1. Ausubel: the most important factor is what the learner already knows.
2. Move from known to unknown.

Answer: (a) Open-ended questions requiring divergent thinking.

Explanation:
1. Critical thinking involves analysis, evaluation and reasoning.
2. Open-ended questions demand these; the others test only recall.

Teacher's Note:
1. Use 'why' and 'how' questions.
2. Closed questions test memory.

Answer: (d) consideration of diversity

Explanation:
1. Inclusive education welcomes all learners and their differences.
2. So it needs consideration of diversity, flexible curriculum and accessible infrastructure.

Teacher's Note:
1. Inclusion = accessibility + flexibility + respect.
2. Rigid standardisation works against inclusion.

Answer: (a) specific learning

Explanation:
1. Dyslexia is a difficulty in reading, spelling and decoding despite normal intelligence.
2. It is classed as a specific learning disability.

Teacher's Note:
1. Dysgraphia: writing. Dyscalculia: maths.
2. Not a sensory or motor problem.

Answer: (a) Impaired communication

Explanation:
1. Impaired social communication is a core feature of autism.
2. Children with autism prefer sameness and have limited eye contact and social ease, so the other options are not typical.

Teacher's Note:
1. Core features: social-communication difficulty and repetitive behaviours.
2. Options (b)-(d) were garbled in the source and were reconstructed.

Answer: (a) giving tasks of graded difficulty

Explanation:
1. Tasks of graded difficulty let every learner work at a suitable level.
2. The other options ignore individual differences.

Teacher's Note:
1. Differentiated instruction suits mixed-ability classrooms.
2. Teach to the range of learners, not the average.

Answer: (b) Explore students' reasoning behind those misconceptions.

Explanation:
1. Misconceptions come from children's own reasoning.
2. Exploring that reasoning helps the teacher guide them to correct understanding.

Teacher's Note:
1. Constructivist teachers treat errors as clues to thinking.
2. Cognitive conflict can then be used to change ideas.

Answer: (d) (i), (ii) and (iii)

Explanation:
1. Readiness, socio-cultural background and learning styles all affect how well a concept is learned.
2. So all three must be considered.

Teacher's Note:
1. Good teaching is learner-centred.
2. The source options contained OCR errors, which were corrected.

Answer: (a) Lecture

Explanation:
1. In a lecture the teacher talks and students mostly listen.
2. Enquiry, discussion and discovery involve students actively.

Teacher's Note:
1. The lecture method is teacher-centred.
2. Active methods build understanding.

Answer: (c) (A) is true, but (R) is false.

Explanation:
1. (A) is true: intrinsic motivation comes from inner pleasure and interest.
2. (R) is false: teachers should promote intrinsic motivation as it lasts longer.

Teacher's Note:
1. Extrinsic rewards can reduce interest in the long run.
2. Evaluate A and R separately.

Answer: (a) functional fixedness

Explanation:
1. Functional fixedness is seeing objects only in their usual use, which blocks solutions.
2. Divergent thinking, focused attention and analogies help problem solving.

Teacher's Note:
1. Barriers: functional fixedness and mental set.
2. Aids: divergent thinking, analogies.

Answer: (b) activates their previous knowledge and schemas.

Explanation:
1. New ideas are best learned when linked with what learners already know.
2. Activating prior knowledge and schemas does this.

Teacher's Note:
1. Anxiety and irrelevant details hinder learning.
2. Instruction should suit all learners.