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This 250-word reading passage introduces fourth-grade students to the fundamental concept of speed and how it can be measured. Aligned with NGSS 4-PS3-1 and the Disciplinary Core Idea PS3.A, the passage helps students understand the relationship between speed and energy. Through accessible examples like walking versus running across a room, students learn that speed describes how fast something moves from one place to another. The passage emphasizes observation and comparison rather than formal formulas, making the concept intuitive and age-appropriate. Students discover that faster objects cover more distance in the same amount of time. This foundational understanding prepares learners for hands-on investigations and discussions about motion and energy. The passage includes audio integration for multi-sensory learning, a simplified differentiated version for struggling readers, Spanish translations, glossary terms, comprehension questions, writing activities, and graphic organizers. Perfect for elementary science classrooms implementing NGSS standards, this resource builds essential background knowledge for fourth-grade physical science concepts.
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Walking and running show different speeds and kinetic energy
Speed is how fast something moves from one place to another. When you walk across your classroom, you are moving at a certain speed. When you run across the same classroom, you are moving at a different speed. Speed helps us describe and compare how quickly objects move.
We can measure speed by looking at two things: distance and time. Distance is how far something travels. Time is how long it takes to travel that distance. If you walk 10 steps in 5 seconds, you moved at one speed. If you run 10 steps in 2 seconds, you moved at a faster speed because you covered the same distance in less time.
Think about two toy cars rolling down a ramp. If one car reaches the bottom before the other car, it has a faster speed. The faster car traveled the same distance in less time. You don't need fancy tools to observe speed—just watch how far something goes and how long it takes.
Comparing speeds helps us understand how things move. A bicycle moves faster than a person walking. A car moves faster than a bicycle. When something moves faster, it has more energy of motion. Scientists call this energy of motion kinetic energy. The faster something moves, the more kinetic energy it has. Understanding speed helps us understand energy and how objects move in our world.
What is speed?
How far something travelsHow fast something movesHow long something takesHow heavy something is
What two things help us measure speed?
Distance and timeWeight and colorSize and shapeTemperature and pressure
What is kinetic energy?
Energy from the sunEnergy from foodEnergy of motionEnergy from batteries
Why does running have faster speed than walking?
You use more energyYou cover distance in less timeYou take bigger stepsYou breathe harder
Which toy car has faster speed?
The heavier carThe bigger carThe car that reaches bottom firstThe car with more wheels
How does speed relate to energy?
Faster objects have more kinetic energySlower objects have more kinetic energySpeed and energy are not relatedOnly heavy objects have kinetic energy
You need fancy tools to observe speed.
TrueFalse
What does distance mean?
How long something takesHow far something travelsHow fast something movesHow much something weighs
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