Introduction to Physical Science

The study of the natural world, focusing on the fundamental laws governing matter and energy.

A process used to solve problems by asking questions, designing solutions, testing, and refining ideas.

A method of exploring the world through observation, experimentation, and logical reasoning.

A scientific concept that describes how an object at rest will stay at rest, and an object in motion will stay in motion unless acted upon by an external force.

The smallest particles that make up all matter.

The study of the physical world, including motion, energy, forces, and matter.

The ability to see and understand the world, including its complexity and wonders.

A science that explores the natural world through observation and experimentation, seeking to understand its fundamental laws.

An online resource that is free to access and use. Examples include textbooks, videos, and simulations.

A type of learning where students work on real-world problems using an engineering design process.

The Next Generation Science Standards, a set of guidelines for K-12 science education.

A set of physical science concepts included in NGSS for K-6 grades.

A set of physical science concepts included in NGSS for K-6 grades.

A set of physical science concepts included in NGSS for K-6 grades.

A set of physical science concepts included in NGSS for K-6 grades.

A set of engineering design concepts included in NGSS for K-6 grades.

The Engineering Design Process (EDP) is a structured approach for solving problems by creating and improving solutions. It involves a series of steps that are repeated until a satisfactory solution is achieved.

The EDP involves a series of steps, such as defining the problem, researching and brainstorming, creating a plan, building a prototype, testing, analyzing, and refining the solution.

The EDP is a cyclical process, meaning you can repeat steps as needed to improve the solution.

The aim of the EDP is to create a solution that meets the needs of the problem, while considering constraints like cost, time, and materials.

The EDP emphasizes testing and evaluation throughout the process to ensure the solution is effective and efficient.

The EDP is similar to the Scientific Method but focuses on finding solutions rather than solely understanding the natural world.

The scientific method aims to understand how the world works by forming hypotheses and testing them through experimentation.

The EDP often results in the development of new technologies and innovations, while the Scientific Method leads to expansion of scientific knowledge.

Guidelines that define what students should know and be able to do in science from kindergarten to 12th grade.

When brainstorming, you need to consider the desired outcomes, limitations, and specifications. These act as guidelines for your design process. Constraints may include limited resources, timeframes, or specific requirements.

A group activity where people generate ideas and solutions creatively. It's often used in the engineering design process to explore a wide range of potential solutions.

Anything created by humans to solve problems or make tasks easier. Examples: pencils, computers, bridges.

A type of learning where students work on real-world problems using the Engineering Design Process.

The understanding gained from scientific experiments and investigations can be applied to solve problems or create solutions in the real world.

By including the Engineering Design Process in the classroom, students can learn to think about problems in a systematic way, design solutions, and see how science can be applied to real-world situations.

The Engineering Design Process can be integrated with other subjects like technology, engineering, and math, making learning more engaging and multidisciplinary.

Engineering is the process of using knowledge from science and math to find practical solutions to problems.

Engineers use creative thinking and problem-solving skills to meet human needs and wants.

An EDP (Engineering Design Process) is a set of steps engineers use to solve problems.

The EDP starts by identifying a problem or need that needs to be addressed.

Engineers brainstorm ideas and research possible solutions to the problem.

Engineers create models, prototypes, or simulations to test the potential solutions.

Finally, engineers evaluate the results of their tests and refine or improve their designs.