This is the year science becomes hands-on investigation. Students test everyday materials to see which ones work best for a job, like which fabric soaks up water or which block stacks tallest. They watch plants grow with and without sunlight, notice how animals help spread seeds, and compare the plants and animals that live in different places. By spring, students can run a simple experiment, record what they see, and explain their answer using what they found.
Students look closely at everyday materials like fabric, wood, metal, and plastic. They sort objects by what they can see and feel, then test which materials work best for a job, like keeping something dry or holding weight.
Students take objects apart and rebuild them into something new with the same pieces. They also notice that heating and cooling can change things, sometimes for good and sometimes not, like melting ice back to water or baking a cake.
Students grow plants to find out what they need to stay alive. They look at how animals help move seeds and pollen, and they compare the plants and animals that live in different places like a pond, a forest, or a desert.
Students map the hills, rivers, lakes, and coasts in an area and figure out where water is found on Earth as ice or liquid. They see that some changes to land happen fast, like a landslide, and some take a long time, like a canyon forming.
Students compare ways people slow down wind and water that wear away the land. They look at fixes like planting grass, building walls, or stacking rocks, and decide which solution works best for a given problem.
Students sort everyday materials like wood, metal, fabric, and plastic by what they can observe: color, texture, hardness, and flexibility. They plan a simple test, collect findings, and group what they find.
Students test materials like wood, plastic, or fabric to figure out which one works best for a specific job. A raincoat needs waterproof fabric; a bridge needs something stiff and strong.
Students take apart a simple object and use the same pieces to build something new. The parts don't change, just the shape they're arranged in.
Heating and cooling can change materials in ways that can be undone or ways that cannot. Students learn to explain the difference, using examples like melting ice versus cooking an egg.
| Standard | Definition | Code |
|---|---|---|
| Plan and conduct an investigation to describe and classify different kinds of… | Students sort everyday materials like wood, metal, fabric, and plastic by what they can observe: color, texture, hardness, and flexibility. They plan a simple test, collect findings, and group what they find. | 2.PS1.1 |
| Analyze data obtained from testing different materials to determine which… | Students test materials like wood, plastic, or fabric to figure out which one works best for a specific job. A raincoat needs waterproof fabric; a bridge needs something stiff and strong. | 2.PS1.2 |
| Make observations to construct an evidence-based account of how an object made… | Students take apart a simple object and use the same pieces to build something new. The parts don't change, just the shape they're arranged in. | 2.PS1.3 |
| Construct an argument with evidence that some changes caused by heating or… | Heating and cooling can change materials in ways that can be undone or ways that cannot. Students learn to explain the difference, using examples like melting ice versus cooking an egg. | 2.PS1.4 |
Students plan a simple experiment to find out what happens to plants when they get sunlight and water versus when they don't. They make observations and draw conclusions from what they see.
Students build or draw a simple model showing how an animal (like a bee or a squirrel) moves seeds or pollen from one place to another. The model shows what the animal actually does, not just what it looks like.
| Standard | Definition | Code |
|---|---|---|
| Plan and conduct an investigation to determine if plants need sunlight and… | Students plan a simple experiment to find out what happens to plants when they get sunlight and water versus when they don't. They make observations and draw conclusions from what they see. | 2.LS2.1 |
| Develop a simple model that mimics the function of an animal in dispersing… | Students build or draw a simple model showing how an animal (like a bee or a squirrel) moves seeds or pollen from one place to another. The model shows what the animal actually does, not just what it looks like. | 2.LS2.2 |
Students look closely at the plants and animals living in different places, like a pond, a forest, or a backyard, and notice how the mix of living things changes from one spot to the next.
| Standard | Definition | Code |
|---|---|---|
| Make observations of plants and animals to compare the diversity of life in… | Students look closely at the plants and animals living in different places, like a pond, a forest, or a backyard, and notice how the mix of living things changes from one spot to the next. | 2.LS4.1 |
Students gather facts from books, videos, and other sources to show that some Earth events happen in seconds (like an earthquake) and others take thousands of years (like a canyon forming).
| Standard | Definition | Code |
|---|---|---|
| Use information from several sources to provide evidence that Earth events can… | Students gather facts from books, videos, and other sources to show that some Earth events happen in seconds (like an earthquake) and others take thousands of years (like a canyon forming). | 2.ESS1.1 |
Students look at different barriers, plants, or structures people use to stop wind or water from washing or blowing soil away, then decide which ones work best.
Students draw or build a simple map showing the landforms and bodies of water in a place, like hills, rivers, or lakes.
Water covers most of Earth's surface and exists in many places, from oceans and rivers to ice and snow. Students learn to find where water shows up on Earth and recognize when it is frozen solid versus flowing as a liquid.
| Standard | Definition | Code |
|---|---|---|
| Compare multiple solutions designed to slow or prevent wind or water from… | Students look at different barriers, plants, or structures people use to stop wind or water from washing or blowing soil away, then decide which ones work best. | 2.ESS2.1 |
| Develop a model to represent the shapes and kind of land and bodies of water in… | Students draw or build a simple map showing the landforms and bodies of water in a place, like hills, rivers, or lakes. | 2.ESS2.2 |
| Obtain information to identify where water is found on Earth and that it can be… | Water covers most of Earth's surface and exists in many places, from oceans and rivers to ice and snow. Students learn to find where water shows up on Earth and recognize when it is frozen solid versus flowing as a liquid. | 2.ESS2.3 |
Students explore the world by sorting and testing materials, watching how plants and animals live, and looking at how land and water shape the Earth. They spend a lot of time observing, asking questions, and explaining what they notice with evidence.
Go outside and look closely at plants, bugs, rocks, and puddles. Ask what students notice and what they wonder. Sorting laundry, freezing water, melting ice, or planting a seed in a cup all count as real science when students talk about what is happening.
Students compare things like wood, fabric, metal, and plastic by how they feel, bend, or hold water. At home, a fun version is picking which paper towel soaks up a spill best, then talking about why.
A common path is matter first, then life science in the warmer months when plants and animals are easier to observe, then Earth science to close the year. Materials and properties give students the vocabulary they will reuse when describing land, water, and living things.
Reversible and irreversible changes trip students up, especially the difference between melting and burning. Plan extra time for hands on comparisons with ice, butter, paper, and toast so students can point to evidence when they explain their thinking.
Not really. Second grade science is about noticing, sorting, and explaining with evidence. Knowing that ice melts is less important than being able to say what happened and why it matters.
A good investigation has a clear question, a fair test, and something students can measure or compare. Two plants on a windowsill with one in the dark is plenty. Keep data simple, like tally marks, drawings, or short sentences.
By spring, students should ask their own questions, plan a simple test, and back up answers with what they saw. They should also use everyday words for properties, habitats, and changes to land without needing a prompt.
A big part of the year looks at how animals help plants by carrying seeds and pollen, and how different habitats support different living things. Watching bees, squirrels, or birds in the yard and talking about what they are doing is real practice.