Praxis Early Childhood Education key terms

The ability to notice and work with the sounds of spoken language, including syllables, rhymes, and individual sounds, without relying on written letters. It develops before phonics instruction and predicts later reading success.

The most specific level of sound awareness: identifying, blending, segmenting, and manipulating individual phonemes in spoken words, such as saying the three sounds in "cat." It is oral and does not involve printed letters.

A phonemic awareness task in which a child breaks a spoken word into its separate sounds, tapping or counting each one. For example, "ship" becomes /sh/ /i/ /p/.

Combining separately spoken sounds or word parts into a whole word, as when a teacher says /m/ /a/ /p/ and the child responds "map." Blending is a core phonemic awareness skill used in decoding.

Instruction in the predictable relationships between letters or letter patterns and the sounds they represent. It connects print to speech and supports decoding and spelling, unlike oral-only phonemic awareness work.

Using knowledge of letter-sound relationships to pronounce printed words, especially unfamiliar ones. Fluent decoding frees attention for comprehension, which is the ultimate purpose of reading.

The two parts of a syllable: the onset is the initial consonant or cluster, and the rime is the vowel plus what follows. In "street," the onset is /str/ and the rime is /eet/.

Reading text accurately, at an appropriate rate, and with suitable expression. Fluent readers recognize words automatically, which allows them to focus on meaning rather than on sounding out each word.

Constructing meaning from text by connecting words, sentences, and background knowledge. It depends on vocabulary, fluency, and active strategies such as predicting, questioning, and retelling.

Foundational understandings about how written language works: print carries meaning, text is read left to right and top to bottom, and words are separated by spaces. Children acquire these before formal reading instruction.

The reading and writing behaviors young children show before conventional literacy, such as scribbling, pretend reading, and recognizing signs. These behaviors develop through play and exposure to books and print.

Printed words and symbols encountered in everyday settings, such as stop signs, cereal boxes, and store logos. Recognizing this print builds early reading confidence and connects literacy to real life.

A comprehension strategy in which a child restates a story's events, characters, and sequence in their own words. Retelling reveals whether a child understood and remembered the text.

Matching exactly one object or word to each item counted or pointed to. In counting, it means saying one number per object; in reading, it means pointing to one word per spoken word.

The understanding that the last number spoken when counting a set tells how many objects are in that set. It is a key milestone that distinguishes true counting from reciting number names.

Instantly recognizing the quantity of a small group of objects without counting, such as seeing three dots on a die. It supports number sense and early addition strategies.

A flexible understanding of numbers: their quantities, relationships, and how they can be composed and decomposed. Children with strong number sense reason about numbers rather than relying on memorized procedures.

Putting numbers together and breaking them apart, as when a child shows that 5 can be made of 3 and 2 or 4 and 1. This builds the foundation for addition and subtraction.

Recognizing, extending, and creating repeating sequences such as AB, AABB, or ABC patterns. Patterning develops algebraic thinking and prediction skills in young children.

Arranging objects in order by a measurable attribute, such as size, length, or weight, from smallest to largest. It is a key early math and cognitive skill related to comparing quantities.

Sorting and grouping objects by shared attributes such as color, shape, size, or function. Classification builds the logical thinking that underlies number, geometry, and data concepts.

Concrete objects such as blocks, counters, or beads that children physically handle to explore mathematical ideas. They bridge hands-on experience and abstract understanding when teachers guide reflection.

Science learning driven by children's questions and hands-on investigation rather than by lecture. Children observe, predict, test, and discuss, with the teacher facilitating exploration and reflection.

A structured process of asking a question, forming a prediction, testing it, observing results, and drawing conclusions. In early childhood it is simplified into predict-observe-explain cycles.

Carefully using the senses to notice and describe properties, events, or changes. In science it is a deliberate skill children practice, and in assessment it is how teachers gather evidence of learning.

The stages an organism passes through from birth to reproduction to death, such as egg, larva, pupa, and adult in a butterfly. Life cycles help children understand growth and change over time.

The place where a plant or animal lives and finds the food, water, shelter, and space it needs. Studying habitats helps children connect organisms to their environments and to conservation.

The abilities to interpret and create simple maps, including recognizing symbols, using a key, and understanding relative position. Children begin with classroom maps and move toward maps of familiar places.

Describing where a place is in relation to other places, using words such as near, far, next to, or north of. It is an early geography concept tied to spatial vocabulary.

A group of people who live, work, or share interests in the same area and depend on one another. Studying community roles and services introduces children to civics and economics.

Tangible items people buy or make (goods) versus actions performed to meet needs or wants (services). This concept introduces young children to basic economic ideas and community roles.

Large-muscle movements such as running, jumping, climbing, throwing, and balancing. They develop through active play and support overall health, coordination, and confidence in movement.

Small-muscle movements that require precision, such as grasping, cutting with scissors, buttoning, and writing. They depend on hand-eye coordination and develop through repeated practice.

Recommended amounts of daily movement for young children, typically including at least three hours of active play spread across the day for children ages three to five. They emphasize varied, enjoyable movement.

Teaching that matches children's age, individual characteristics, and social and cultural contexts. It balances what is known about child development with knowledge of each child and of the family and community.

The range of tasks a child can accomplish with guidance but not yet alone, as described by Vygotsky. Instruction within this zone stretches learning without causing frustration.

Temporary support a teacher provides so a child can complete a task just beyond their independent ability, gradually withdrawn as competence grows. Examples include modeling, prompting, and breaking tasks into steps.

Using children's play, including free and guided play, as the primary vehicle for learning and development. It supports language, social skills, problem solving, and self-regulation in meaningful contexts.

Pretend play in which children take on roles and act out scenarios, such as running a store or pretending to be a doctor. It builds language, social understanding, and symbolic thinking.

Systematically collecting evidence of children's learning, such as observations, work samples, photos, and running records, to inform teaching and share progress with families. It supports authentic, ongoing assessment.

Ongoing assessment used during learning to identify what children understand and to adjust teaching, rather than to assign a grade. Examples include questioning, observation, and quick checks.