CTET Practice Questions (Teaching) — All Questions

According to constructivism, learning is best described as:

• a.Passive memorization
• b.Learners actively constructing knowledge from experience✓
• c.Copying the teacher exactly
• d.Only rote drill

Constructivism holds that learners build understanding through active experience.

Jean Piaget is best known for his theory of:

• a.Cognitive development stages✓
• b.Behaviourist conditioning
• c.The zone of proximal development
• d.Multiple intelligences

Piaget described stages of cognitive development in children.

Vygotsky's 'zone of proximal development' emphasizes:

• a.Learning alone always
• b.Fixed intelligence
• c.What a learner can do with guidance and support✓
• d.Punishment

The ZPD is the gap between independent ability and ability with support.

Inclusive education means:

• a.Separating children by ability permanently
• b.Teaching only gifted students
• c.Ignoring differences
• d.Educating children of all abilities together with appropriate support✓

Inclusive education supports all learners, including those with special needs, together.

Formative assessment is used mainly to:

• a.Rank students at year end
• b.Give feedback and guide ongoing teaching and learning✓
• c.Punish poor performers
• d.Replace teaching

Formative assessment informs teaching and gives feedback during learning.

Children generally acquire their first language:

• a.Naturally through exposure and interaction✓
• b.Only through formal grammar drills
• c.By memorizing dictionaries
• d.Only after age ten

First-language acquisition happens naturally through exposure and interaction.

A print-rich classroom environment supports:

• a.Only mathematics
• b.Early literacy and reading development✓
• c.Physical fitness
• d.Nothing measurable

Print-rich environments foster early literacy.

Reading comprehension is best developed by:

• a.Silent copying only
• b.Never asking questions
• c.Engaging with meaning, questioning, and discussion✓
• d.Memorizing without understanding

Comprehension grows through active engagement with meaning.

Correcting every small error while a child speaks may:

• a.Always help fluency
• b.Have no effect
• c.Speed up learning only
• d.Discourage the child and hinder fluency✓

Over-correction can reduce confidence and fluency.

Using concrete materials (like counters) to teach addition helps because it:

• a.Wastes time
• b.Builds conceptual understanding before abstraction✓
• c.Confuses children
• d.Makes math only abstract

Concrete materials build understanding before abstract symbols.

A child who says 2+3 = 6 most likely needs:

• a.Support to understand the concept✓
• b.To be scolded
• c.To skip the topic
• d.No feedback

Errors are a chance to support conceptual understanding.

Teaching math through real-life problems primarily makes it:

• a.Harder for no reason
• b.Irrelevant
• c.Meaningful and relatable✓
• d.Purely theoretical

Real-life contexts make mathematics meaningful.

The best first step when a class struggles with a concept is to:

• a.Move on quickly
• b.Blame the students
• c.Give harder work
• d.Re-teach using a different, concrete approach✓

Re-teaching differently addresses the difficulty.

Environmental Studies (EVS) at the primary level integrates:

• a.Only physics
• b.Science and social studies around the child's environment✓
• c.Only history
• d.Only grammar

EVS integrates natural and social environment learning.

Field trips and observation in EVS help children:

• a.Learn by direct, first-hand experience✓
• b.Avoid learning
• c.Only memorize
• d.Stay indoors

Direct experience deepens EVS learning.

Teaching children about saving water is an example of building:

• a.Rote memorization
• b.Punishment
• c.Environmental awareness and values✓
• d.Pure mathematics

It builds environmental awareness and responsible values.

A good EVS lesson connects new ideas to:

• a.Nothing familiar
• b.Only textbook definitions
• c.Distant abstract theories
• d.The child's own experiences and surroundings✓

Linking to children's experiences makes learning meaningful.

Individual differences among learners mean a teacher should:

• a.Use varied methods to reach different learners✓
• b.Teach everyone identically
• c.Ignore slow learners
• d.Only teach the fastest

Individual differences call for differentiated teaching.

Intrinsic motivation comes from:

• a.Rewards and prizes only
• b.Fear of punishment
• c.Within the learner (interest and satisfaction)✓
• d.The teacher only

Intrinsic motivation arises from internal interest and satisfaction.