Teacher Certification · 5624

Praxis Principles of Learning and Teaching (PLT): Grades 7-12 Practice Test

Praxis PLT: Grades 7–12 focuses on the knowledge teachers use to plan instruction, support adolescent learners, and respond to classroom situations. The practice bank samples decisions about discussion, laboratory safety, academic English supports, independent work, and student self-checking across secondary subject areas.

Exam overview

Exam providerETS Praxis
Exam code5624
CategoryTeacher Certification

About the Praxis Principles of Learning and Teaching (PLT): Grades 7-12 Exam

Questions ask you to connect teaching choices with student learning needs. They sample scaffolding a procedure from teacher demonstration to independent performance, structuring discussion so students listen and respond, and choosing wait-time techniques that allow more learners to think. Other situations involve preserving a science learning goal while supporting a student developing academic English, preparing students to use potentially hazardous lab equipment, and helping learners select operations or judge whether an answer is reasonable. The scenarios also require professional judgment: responding initially to a student whose behavior or work completion has changed, and encouraging independence when routine help-seeking persists. As you work, identify the learning objective, the evidence available about student understanding, and the response that best supports access, safety, or continued learning.

Sample Practice Questions

Review a selection from this exam's published US Practice Tests practice bank.

Question 1

A high school biology teacher wants students to understand how scientific models can change as new evidence becomes available. Which activity best develops this understanding?

  1. AHave students memorize definitions of several types of scientific models.
  2. BAsk students to compare an earlier model with a revised one and explain which new evidence motivated the revision.
  3. CHave students draw a model from memory without discussing its limitations.
  4. DAsk students to rank models by how visually detailed they are.
Show answerCorrect answer: B

Comparing models alongside the evidence that prompted revision helps students see scientific knowledge as evidence-based and revisable, rather than as a fixed collection of facts.

Question 2

A teacher plans a class discussion in which students will disagree about a novel's interpretation. Which structure is most likely to help students listen and respond thoughtfully?

  1. ARequire students to wait until the discussion ends before recording their own interpretation.
  2. BGive each student a turn to speak, but prohibit students from referring to others' ideas.
  3. CAsk students to restate a previous speaker's point before adding or challenging an interpretation with textual support.
  4. DLet students with the strongest opinions speak first and continue until they have nothing more to add.
Show answerCorrect answer: C

Restating a peer's point encourages attentive listening, while requiring textual support keeps disagreement focused on reasoning and evidence.

Question 3

Students are learning a new procedure in chemistry. Which teaching sequence is most likely to help them move from observing the procedure to performing it independently?

  1. ABegin with an independent test, then explain the procedure only to students who score poorly
  2. BDemonstrate the procedure with a think-aloud, guide students through practice, and then assign an independent attempt
  3. CAsk students to copy the procedure several times before they see it performed
  4. DHave students perform the procedure independently while the teacher waits until the end to provide feedback
Show answerCorrect answer: B

A think-aloud makes important decisions visible, guided practice provides support while students try the steps, and an independent attempt checks whether they can apply the procedure on their own.

Question 4

A student who recently joined the class is still developing academic English and understands the science concepts discussed in class. Which support best preserves access to the science learning goal?

  1. AReplace the science task with an unrelated activity until the student's English is fully fluent.
  2. BProvide a labeled visual model and a sentence frame for explaining the concept, while keeping the same science objective.
  3. CExcuse the student from explaining scientific ideas in any form.
  4. DLower the science objective and assess only the student's vocabulary memorization.
Show answerCorrect answer: B

Visuals and language frames can make the content accessible while maintaining the science learning objective. This distinguishes support for expressing understanding from reducing the conceptual demand.

Question 5

During a lesson, a teacher asks a question and receives an immediate answer from one student. The teacher wants to give the whole class a better chance to think before responding. Which technique is most appropriate?

  1. ACall on the first student who raises a hand and continue the lesson.
  2. BPause briefly after asking the question, then invite responses from several students.
  3. CAnswer the question immediately to avoid an uncomfortable silence.
  4. DAsk only students who have not completed the reading to respond.
Show answerCorrect answer: B

Wait time gives more students an opportunity to formulate an answer and can lead to broader participation and more considered responses.

Question 6

A teacher is planning a laboratory activity involving equipment that can cause injury if used incorrectly. What is the most appropriate preparation before students begin?

  1. AExplain safety expectations, demonstrate key procedures, and check that students understand how to use the equipment
  2. BPost a general safety reminder and assume students know how to operate the equipment
  3. CAllow students to discover equipment procedures through trial and error
  4. DWait until a safety problem occurs before reviewing expectations
Show answerCorrect answer: A

Explicit expectations, demonstration, and a check for understanding help students use equipment safely before the activity begins. Trial and error is not appropriate when errors could cause harm.

Question 7

A teacher finds that students can perform a calculation correctly when prompted but often choose the wrong operation in unfamiliar problems. Which instructional response is most appropriate?

  1. AProvide additional timed practice using only the same familiar problem format.
  2. BAsk students to compare problem situations, explain which operation fits each one, and justify their choices.
  3. CStop teaching the calculation because students have already demonstrated it once.
  4. DGive students the correct operation before each problem so they can focus only on computation.
Show answerCorrect answer: B

Comparing situations and explaining operation choices helps students connect procedures to meaning and transfer knowledge to unfamiliar contexts. Repeating a familiar format may not address the difficulty in selecting an appropriate strategy.

How to use this practice test

The free practice session presents up to 20 random questions from the available 50-question bank. Use each scenario to compare possible teacher responses against its learning goal and student context. Results appear after the session, so review missed items by identifying which instructional decision best fits the evidence in the question.

Preparation tips

  • For procedure questions, distinguish modeling and guided practice from independent performance; note what support should fade as students gain competence.
  • For discussion scenarios, compare structures by whether they give students time to formulate ideas, listen, and respond to classmates’ reasoning.
  • For language-support questions, preserve the subject-area objective while reducing language barriers through appropriate access supports.
  • For lab-safety situations, identify hazards, equipment expectations, and safety preparation that must occur before students begin.
  • For student-response scenarios, separate observable evidence from assumptions and choose a proportionate first response that supports learning or independence.
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