Praxis Elem CKT Reading/LA study plan

Map every Reading/LA subarea (foundational skills, literature, informational text, vocabulary, writing, speaking/listening, language conventions) against your current confidence and rank the three weakest.

Define and write out the specific phonics and phonological-awareness terms you must distinguish (phoneme, grapheme, blending, segmenting, digraph, diphthong, r-controlled vowel) with a one-line example of each.

Practice 30 timed constructed-response prompts on foundational-skills scenarios, writing a 3-4 sentence rationale that names the skill and the instructional next step.

Build a personal error log template with columns for subarea, error type (content vs. misread), and the rule you missed.

Analyze 10 short literary passages to identify theme, characterization, and figurative language, writing the evidence line that supports each answer.

Compare literature and informational-text structures (narrative, expository, persuasive, procedural) and write a two-sentence explanation of how each structure shapes comprehension questions.

Draft three full writing-sample responses (informative, opinion, narrative) under a 25-minute timer each and self-score them against a rubric you write from the exam's stated writing criteria.

Revise each draft once, marking every edit with the reason (clarity, grammar, organization, or word choice).

Complete 40 mixed Reading/LA practice items under timed conditions and classify every miss by subarea and error type.

Review language-convention rules (subject-verb agreement, pronoun reference, comma use, sentence combining) and write a one-page rule sheet with your own examples.

Diagnose your math baseline with a 30-item mixed quiz covering number sense, operations, fractions, and geometry, recording accuracy per strand.

List the K-6 math vocabulary terms you cannot define precisely and convert each into a flashcard with a worked example.

Solve 25 fraction and decimal problems (equivalence, comparison, operations, conversion) and write the algorithm you used for each type.

Explain three different strategies for multi-digit multiplication and division, including place-value and area-model approaches, in writing.

Work 20 word problems and annotate each with the operation chosen and the cue words that signaled it.

Teach one geometry concept (area, perimeter, or angle relationships) aloud in under three minutes as if to a fourth grader, then note where your explanation stalled.

Complete 40 mixed math practice items under timed conditions, then rework every miss and record the corrected reasoning.

Interpret data displays (bar graph, line plot, table) by writing two questions each display could answer and one misconception it could trigger.

Build a science concept map linking scientific inquiry, measurement, and the scientific method, labeling where each step appears in a classroom investigation.

Define 20 core science terms (observation, inference, variable, control, hypothesis, evidence) and write a classroom example for each.

Summarize the core ideas of Earth/space, life, and physical science at the K-6 level in three separate one-page outlines.

Explain five common science misconceptions (seasons, phases of the moon, states of matter, food chains, force and motion) and write the correct explanation for each.

Practice 25 science constructed-response items, structuring each answer as claim, evidence, and reasoning.

Design one simple, safe classroom investigation and write its materials list, procedure, and the variable being tested.

Build a chronological timeline of major U.S. eras from exploration through reconstruction, with two key events and one cause-effect link per era.

Summarize the core principles of U.S. government (separation of powers, federalism, checks and balances) and match each to a concrete example.

Interpret five map, chart, or primary-source excerpts by writing what each shows, who made it, and one limitation of the source.

Practice 30 social studies items and classify misses as factual gaps versus source-interpretation errors.

Take two full-length timed practice tests under exam conditions and score each by domain.

Rework every missed item from both tests and re-explain the underlying concept in writing.

Review your error log to identify the two most persistent error patterns and write a correction plan for each.

Simulate constructed-response writing for one prompt per domain within the time limit to confirm pacing.