This is the year science shifts from observing the world to testing ideas about it. Students plan their own experiments, measure with rulers and thermometers, and back up what they say with the data they collected. They dig into how matter changes, how forces move objects, how weather and the solar system work, and how living things survive in their habitats. By spring, students can run a simple experiment and explain the results in writing using their own measurements.
Students start the year learning how to ask testable questions, plan safe investigations, and use rulers, scales, and thermometers to collect real data. Parents may see lab notebooks come home with charts and short written conclusions.
Students sort and measure materials by properties like mass, volume, and whether they sink, float, or conduct heat. They also explore how energy moves between objects as heat, light, sound, and electricity.
Students push, pull, roll, and time objects to see how force and mass change motion. They learn to predict what happens when a heavier object gets the same push as a lighter one.
Students look at how land, water, air, and living things shape each other. They track weather patterns, talk about how people affect climate, and map how the Sun, Earth, and Moon move together.
Students study how plants and animals survive in their habitats, how food and energy move through a food web, and how parents pass traits to their offspring. Expect questions at home about adaptations and inherited features.
Students plan and carry out hands-on experiments in the classroom or outdoors, using the right tools safely, to answer a question they can actually test.
Students ask questions about how things work, design solutions to problems, and study data to figure out what it means. This is the hands-on thinking behind every science and engineering activity in fifth grade.
Students use rulers, thermometers, graduated cylinders, and other lab tools to measure and record data in metric units like centimeters and milliliters, then look for patterns in what they collected.
Students explain what their data shows and back it up with evidence. They present their findings in writing, out loud, or with charts and diagrams.
Students look for ideas that show up across all of science, like how patterns, cause-and-effect, and models appear in biology, Earth science, and physics. Spotting those connections helps students think like scientists, not just memorize facts.
| Standard | Definition | Code |
|---|---|---|
| Scientific Investigation | Students plan and carry out hands-on experiments in the classroom or outdoors, using the right tools safely, to answer a question they can actually test. | TX-SCI.PRAC.5.1 |
| Scientific and Engineering Practices | Students ask questions about how things work, design solutions to problems, and study data to figure out what it means. This is the hands-on thinking behind every science and engineering activity in fifth grade. | TX-SCI.PRAC.5.2 |
| Tools and Measurement | Students use rulers, thermometers, graduated cylinders, and other lab tools to measure and record data in metric units like centimeters and milliliters, then look for patterns in what they collected. | TX-SCI.PRAC.5.3 |
| Communicate Findings | Students explain what their data shows and back it up with evidence. They present their findings in writing, out loud, or with charts and diagrams. | TX-SCI.PRAC.5.4 |
| Recurring Themes and Concepts | Students look for ideas that show up across all of science, like how patterns, cause-and-effect, and models appear in biology, Earth science, and physics. Spotting those connections helps students think like scientists, not just memorize facts. | TX-SCI.PRAC.5.5 |
Students learn that every material has physical properties you can measure, like mass, volume, and temperature, and that those properties determine what the material is, how it behaves, and what it can be used for.
Energy can move from one object to another, and it shows up in different forms: light, heat, sound, and motion. Students learn to recognize those forms and trace where energy goes when objects interact.
| Standard | Definition | Code |
|---|---|---|
| Properties of Matter | Students learn that every material has physical properties you can measure, like mass, volume, and temperature, and that those properties determine what the material is, how it behaves, and what it can be used for. | TX-SCI.ME.5.1 |
| Energy Forms and Transfers | Energy can move from one object to another, and it shows up in different forms: light, heat, sound, and motion. Students learn to recognize those forms and trace where energy goes when objects interact. | TX-SCI.ME.5.2 |
Students explore how pushing or pulling an object harder makes it speed up more, and how a heavier object needs more force to move at the same rate as a lighter one.
Students track how things move, spot repeating patterns in that movement, and use those patterns to predict where or how fast something will be next.
| Standard | Definition | Code |
|---|---|---|
| Forces and Motion | Students explore how pushing or pulling an object harder makes it speed up more, and how a heavier object needs more force to move at the same rate as a lighter one. | TX-SCI.FME.5.1 |
| Patterns of Motion | Students track how things move, spot repeating patterns in that movement, and use those patterns to predict where or how fast something will be next. | TX-SCI.FME.5.2 |
Students study how Earth's four major layers work together: the solid ground underfoot, the oceans and rivers, the air above, and all living things. They explore how changes in one layer affect the others.
Students study why some places are hot, rainy, or dry by looking at patterns in temperature, wind, and water. They also explore how human activity, like burning fuel, can shift those long-term patterns over time.
Students learn why Earth has days, seasons, and years by studying how Earth, the Moon, and other planets move through the solar system. They look at patterns in those movements to explain what we see in the sky.
| Standard | Definition | Code |
|---|---|---|
| Earth's Systems | Students study how Earth's four major layers work together: the solid ground underfoot, the oceans and rivers, the air above, and all living things. They explore how changes in one layer affect the others. | TX-SCI.ESS.5.1 |
| Weather and Climate | Students study why some places are hot, rainy, or dry by looking at patterns in temperature, wind, and water. They also explore how human activity, like burning fuel, can shift those long-term patterns over time. | TX-SCI.ESS.5.2 |
| Space and the Solar System | Students learn why Earth has days, seasons, and years by studying how Earth, the Moon, and other planets move through the solar system. They look at patterns in those movements to explain what we see in the sky. | TX-SCI.ESS.5.3 |
Students learn how living things are built and how they behave in ways that help them survive where they live. A cactus storing water and a bird building a nest are both examples of this idea in action.
Students trace how energy moves through a food web and how matter like water and nutrients cycles back through living and nonliving things. They also look at how animals, plants, and other organisms affect each other when they share the same environment.
Students learn how living things pass traits from parent to offspring and how those traits are carried in genetic information. They also explore how organisms grow and change from birth through their life cycle.
| Standard | Definition | Code |
|---|---|---|
| Organisms and Environments | Students learn how living things are built and how they behave in ways that help them survive where they live. A cactus storing water and a bird building a nest are both examples of this idea in action. | TX-SCI.ORG.5.1 |
| Ecosystems | Students trace how energy moves through a food web and how matter like water and nutrients cycles back through living and nonliving things. They also look at how animals, plants, and other organisms affect each other when they share the same environment. | TX-SCI.ORG.5.2 |
| Heredity and Reproduction | Students learn how living things pass traits from parent to offspring and how those traits are carried in genetic information. They also explore how organisms grow and change from birth through their life cycle. | TX-SCI.ORG.5.3 |
STAAR Science is the grade 5 spring science test, aligned to the TEKS for science. Students show what they know across matter and energy, force and motion, Earth and space, and organisms.
Students study four big areas: matter and energy, force and motion, Earth and space, and living things. They also run hands-on investigations, measure with rulers and thermometers, and explain what their data shows. Expect a mix of experiments, observations, and short writing about results.
Talk through everyday science: why ice melts faster in warm water, why shadows move, why some seeds sprout and others do not. Ask students to predict what will happen, then check. Five minutes of wondering out loud builds the same thinking skills as a long project.
Students should plan a simple experiment, change one thing at a time, record measurements, and write a short conclusion that points back to their data. They should also explain familiar patterns, such as the phases of the moon, the water cycle, and how animals fit their environment.
Most teachers start with measurement and the practices, then move into matter and energy because the vocabulary supports later units. Force and motion fits well in the middle. Save Earth, space, and ecosystems for the second half, when students can apply data skills to bigger systems.
Mixtures versus solutions, the difference between weight and mass, and the phases of the moon trip students up every year. Food webs also need a second pass, especially the direction of energy flow. Build in short review tasks before the unit test rather than reteaching from scratch.
Pick one question students actually care about and chase it. Why does a basketball bounce lower on grass? How long does an ice cube last in different rooms? Letting students design the test, even a sloppy one, turns science back into a puzzle instead of a worksheet.
Plan for short writing almost every week: a prediction, a labeled diagram, or a few sentences explaining what the data shows. Long lab reports are less useful at this age than frequent, focused writing tied to evidence. Sentence stems help students who freeze up.
Students should be comfortable using a ruler, thermometer, and graduated cylinder, reading a simple bar graph, and explaining cause and effect in their own words. If students can describe an experiment they ran and what it showed, they are in good shape.