Praxis 5436 Courses

Understand the structure, timing, question formats, testing resources, and content areas of the Praxis 5436 examination.

Apply scientific inquiry, experimental design, engineering-design, measurement, and laboratory-safety principles.

Explain physical science concepts involving matter, chemical reactions, forces, motion, energy, electricity, magnetism, heat, light, sound, and waves.

Analyze life science concepts involving cells, genetics, reproduction, evolution, organisms, homeostasis, ecosystems, and energy flow.

Explain Earth science concepts involving rocks, plate tectonics, geological history, water systems, weather, climate, natural resources, and hazards.

Interpret space science concepts involving the solar system, planetary motion, gravity, seasons, lunar phases, stars, galaxies, and the universe.

Analyze scientific graphs, tables, diagrams, models, investigations, data sets, and evidence-based conclusions.

Select safe laboratory procedures, appropriate measuring instruments, experimental controls, and reliable data-collection methods.

Apply scientific knowledge to classroom scenarios, student misconceptions, instructional decisions, and engineering problems.

Use effective question-analysis, pacing, elimination, evidence-based reasoning, and time-management strategies.

Understand the structure, timing, question formats, testing resources, and content areas of the Praxis 5436 examination.

Apply scientific inquiry, experimental design, engineering-design, measurement, and laboratory-safety principles.

Explain physical science concepts involving matter, chemical reactions, forces, motion, energy, electricity, magnetism, heat, light, sound, and waves.

Analyze life science concepts involving cells, genetics, reproduction, evolution, organisms, homeostasis, ecosystems, and energy flow.

Explain Earth science concepts involving rocks, plate tectonics, geological history, water systems, weather, climate, natural resources, and hazards.

Interpret space science concepts involving the solar system, planetary motion, gravity, seasons, lunar phases, stars, galaxies, and the universe.

Analyze scientific graphs, tables, diagrams, models, investigations, data sets, and evidence-based conclusions.

Select safe laboratory procedures, appropriate measuring instruments, experimental controls, and reliable data-collection methods.

Apply scientific knowledge to classroom scenarios, student misconceptions, instructional decisions, and engineering problems.

Use effective question-analysis, pacing, elimination, evidence-based reasoning, and time-management strategies.