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The Power of Curiosity: What is a Scientific Question?

Spotting Cool Science Stuff: What is a Phenomenon?

Good Questions vs. Great Questions: The Investigable Difference

Energy and Speed in Action!

The Need for Speed: How Energy Connects to Motion

Crash Science: What Happens When Objects Interact?

Guess What Happens Next: Making Scientific Predictions

Asking Questions Like a True Scientist

Questioning Our Models and Science Texts

Friendly Science Debates: Questioning Others' Ideas

From Questions to Solutions: Defining Engineering Problems

Thinking Like an Engineer: Spotting a Problem to Solve

Setting the Rules: Criteria and Constraints

Quiz: Test Your Science Questioning Skills!

Quiz 1: Scientific Questions and Phenomena

Quiz 2: Energy, Speed, and Collisions

Quiz 3: Predictions and Investigations

Quiz 4: Discussing Science Ideas

Quiz 5: Engineering Problems

Survey / Feedback

Course Enjoyment and Engagement

Learning Difficulty and Understanding

Future Science and Engineering Interests

Grade 5

Grade 5 (5P.1.1.1.1)

Welcome to "Investigating Energy and Speed: Asking Questions and Defining Problems," an exciting and interactive course designed to ignite your curiosity about the physical world. Have you ever wondered why a fast-moving toy car crashes harder than a slow one, or how scientists come up with the perfect questions to understand the universe.

Hennepin Schools Academic Excellence Challenge
Weekly Challenge: Energy & Speed

$ (USD)

Welcome to "Investigating Energy and Speed: Asking Questions and Defining Problems," an exciting and interactive course designed to ignite your curiosity about the physical world! Have you ever wondered why a fast-moving toy car crashes harder than a slow one, or how scientists come up with the perfect questions to understand the universe? This course takes you on a thrilling journey into the heart of physical science and engineering. You will learn how to spot fascinating everyday phenomena, transform simple curiosities into testable scientific questions, and uncover the dynamic relationship between energy and speed. Through engaging modules like "Crash Science" and "Friendly Science Debates," students will explore what happens when objects collide, how to make accurate scientific predictions, and how to respectfully question the ideas of others. But we don't stop at just asking questions—we solve problems! You will step into the shoes of an engineer to identify real-world challenges, set criteria, and define constraints to build effective solutions. Whether you are a budding scientist eager to understand how the world works, or a future engineer ready to design the next big invention, this course provides the foundational skills you need. Join us to master the art of scientific inquiry, decode the mysteries of motion, and turn your questions into groundbreaking solutions!

[5-01] Investigating Energy and Speed: Asking Questions and Defining Problems

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            <p>Imagine watching a ball roll across the grass or seeing a car zoom down the street. Have you ever wondered why some things move faster than others, or what actually happens when two objects crash into each other? Science begins the moment you stop just looking at the world and start truly seeing it. Every shadow that stretches across the sidewalk and every flicker of light is a mystery waiting to be solved. By learning to spot these "phenomena," you transform from a casual observer into a detective of the physical world. The most powerful tool a scientist possesses isn't a microscope or a lab coat; it is the ability to ask a question that can actually be tested and explored.</p>

<p>As you dive deeper into the relationship between energy and motion, you will discover that speed is more than just a number on a speedometer—it is a clue about the energy an object carries. What happens to that energy when a fast-moving object suddenly hits something else? Does it disappear, or does it change into something new? This journey will challenge you to make bold predictions and then use those insights to think like an engineer. Beyond just asking "why," you will begin to define real-world problems, setting the rules and limits needed to design solutions that keep our world moving safely. Every great invention started as a simple question; what will yours be?</p>
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