Praxis 7814 Elementary Education: Science CKT Exam Preparation Course

About This Praxis 7814 Course

Prepare confidently for the Praxis 7814 Elementary Education: Science CKT exam with a focused online preparation course designed for aspiring elementary teachers. This course strengthens your knowledge of Earth and space science, life science, physical science, engineering, technology, and scientific inquiry.

The lessons go beyond reviewing scientific facts. You will learn how to apply science knowledge to authentic teaching tasks, including interpreting student ideas, selecting appropriate investigations, evaluating models, analyzing data, recognizing misconceptions, and choosing resources that support specific learning objectives.

Praxis 7814 Exam Overview

According to the official Praxis 7814 test information, the computer-delivered assessment contains 47 questions and has a testing time of 47 minutes. The test includes selected-response and numeric-entry formats, and an on-screen four-function calculator is provided.

Approximately 20% of the questions measure the science knowledge needed to complete work found in the elementary curriculum. The remaining 80% evaluates specialized content knowledge for teaching elementary science.

Understanding Science Content Knowledge for Teaching

CKT means Content Knowledge for Teaching. Praxis 7814 assesses whether you can use science knowledge effectively while performing specific teaching tasks.

For example, you may need to identify the scientific reasoning behind a student’s explanation, select an investigation that addresses a particular question, evaluate a model, recognize a misconception, or choose evidence that supports a scientific claim.

Praxis 7814 may be taken independently or as the Science component of the official Praxis 7811 Elementary Education: Content Knowledge for Teaching assessment.

Earth and Space Sciences

Earth Materials and Systems

Review the properties of rocks, minerals, soil, water, and other Earth materials. Learn how weathering, erosion, deposition, plate movement, volcanic activity, and other processes shape Earth’s surface.

Teaching scenarios help you distinguish between processes that may appear similar and select models, demonstrations, or investigations that make Earth-system concepts understandable to elementary students.

Weather, Climate, and the Water Cycle

Develop your understanding of weather conditions, weather instruments, seasonal patterns, climate, and the movement of water through Earth’s systems.

Practice interpreting temperature records, precipitation data, weather maps, and graphs. You will also examine common student misconceptions involving evaporation, condensation, clouds, seasons, and climate.

Earth’s Resources and Human Activity

Review renewable and nonrenewable resources, conservation, pollution, environmental change, and the effects of human activity on natural systems.

You will practice evaluating evidence, comparing proposed solutions, and identifying age-appropriate investigations involving resource use and environmental conditions.

Earth, Moon, Sun, and Solar System

Study observable patterns involving the Sun, Moon, stars, planets, shadows, day and night, seasons, and lunar phases. Review gravity, rotation, revolution, and the relative positions of objects in the solar system.

The course emphasizes using models carefully and recognizing where a model accurately represents a system or has important limitations.

Life Sciences

Structures and Functions of Living Things

Review the structures that help plants and animals survive, grow, reproduce, and respond to their environments. Topics include cells, body systems, plant structures, sensory information, and organism functions.

Practice connecting specific structures with their functions and evaluating explanations based on observable evidence.

Life Cycles, Heredity, and Variation

Examine the life cycles of plants and animals, reproduction, inherited traits, acquired characteristics, variation, and patterns between parents and offspring.

Teaching scenarios help you identify appropriate examples, interpret student observations, and distinguish scientific explanations from common misconceptions.

Ecosystems and Energy Flow

Review habitats, populations, communities, ecosystems, food chains, food webs, producers, consumers, decomposers, and the movement of matter and energy.

You will analyze how environmental changes affect organisms and evaluate models showing relationships among living and nonliving parts of an ecosystem.

Adaptation and Survival

Develop your understanding of adaptations, natural selection, fossils, environmental change, and the survival of organisms. Practice distinguishing inherited adaptations from learned behaviors and temporary responses.

Physical Sciences

Matter and Its Properties

Review states of matter, physical and chemical properties, mixtures, solutions, conservation of matter, and physical and chemical changes.

Learn to interpret observations, compare materials, identify appropriate measurement tools, and evaluate investigations involving heating, cooling, dissolving, and mixing substances.

Forces and Motion

Study position, speed, direction, pushes, pulls, friction, gravity, balanced forces, unbalanced forces, and patterns of motion.

Practice using diagrams, measurements, tables, and graphs to explain how forces affect objects. You will also analyze student predictions and select investigations that test relationships between force and motion.

Energy, Light, Sound, Electricity, and Magnetism

Review thermal energy, electrical energy, light, sound, energy transfer, circuits, conductors, insulators, magnets, and waves.

The course emphasizes explaining observable phenomena, recognizing energy transformations, and selecting safe classroom demonstrations that support accurate scientific understanding.

Engineering, Technology, and Applications of Science

Engineering Design Process

Learn how engineers define problems, identify criteria and constraints, develop possible solutions, build models, conduct tests, analyze results, and improve designs.

You will practice evaluating whether a proposed solution addresses the stated problem and determining which evidence should be used to compare different designs.

Technology and Society

Examine how science and engineering influence technology, communities, the environment, and everyday life. Practice identifying benefits, limitations, tradeoffs, and unintended consequences of technological solutions.

Scientific Practices and Data Analysis

Praxis 7814 integrates science content with scientific practices. You will review how to ask testable questions, develop and use models, plan investigations, make observations, measure variables, interpret data, construct explanations, and argue from evidence.

Practice activities include tables, graphs, diagrams, experimental descriptions, and student work samples. You will learn to distinguish observations from inferences, identify variables, evaluate whether evidence supports a claim, and recognize limitations in an investigation.

Science Teaching Tasks and Student Misconceptions

Develop your ability to analyze student explanations and identify partial understandings or misconceptions. The course teaches you how to select resources, examples, models, questions, and investigations that address specific science-learning goals.

You will also review classroom science safety, appropriate tool selection, measurement, fair testing, and responsible handling of materials.

Praxis 7814 Calculator and Test Strategies

Praxis 7814 provides an on-screen four-function calculator. Use it when necessary for data interpretation and numerical calculations, while relying on estimation and scientific reasoning to determine whether results are reasonable.

Original Praxis-style questions include detailed explanations showing why the correct response is appropriate and why competing options may be scientifically inaccurate or unsuitable for the stated teaching objective.

Timed practice helps you manage the approximately one-minute-per-question pace. You will learn to identify what a question is measuring, interpret diagrams efficiently, eliminate unsupported answers, and avoid becoming delayed by one difficult item.

Flexible Online Praxis Preparation

Study at your own pace using organized lessons, scientific examples, practice activities, and progress checks. Use your results to identify weak areas and return to challenging concepts whenever necessary.

Access additional AIProctoredExams study guides, review how the preparation platform works, explore the related Praxis 7001 Elementary Education course, or browse other Praxis exam preparation courses.

Praxis 7814 Passing-Score Information

Passing requirements vary by state and licensing agency. Before registering, confirm that your state accepts Praxis 7814 and review the official Praxis score requirements.

Independent Test-Preparation Disclaimer

AIProctoredExams is an independent test-preparation provider and is not affiliated with, endorsed by, or sponsored by ETS. Praxis is a registered trademark of ETS. All lessons, study materials, and practice questions are independently developed and do not contain live examination questions.