What does a student learn in StateGeorgia,GradeGrade 2,SubjectScience?

Stars look different from each other in the night sky. Students learn why some stars appear brighter or bigger, comparing real examples to see how stars vary in size and brightness.

Stars look different in the night sky. Students ask questions about why some stars appear larger or brighter than others, then describe what they notice about a star's size and brightness.

Students build an argument explaining why the sun looks so big and bright compared to other stars. The sun is actually a medium-sized star. It looks larger and brighter only because it is much closer to Earth than any other star.

Students learn how the sun and moon follow predictable patterns across the sky, and how the sun's light and heat affect life on Earth.

Students track how a shadow from one fixed object (like a fence post or a tree) changes length and direction as the sun moves across the sky throughout the day.

Students build a structure outside and track how its shadow moves and changes size as the sun crosses the sky during the day.

Students record how many hours of daylight and darkness occur across different times of year, then look at the data to see why the seasons change.

Students track how the moon's shape seems to change night by night, then use that pattern to predict what it will look like next.

Students learn how rain, wind, animals, and people change the land and environment around them. They look at real examples and explain what caused each change.

Students look into big changes happening in their local environment, like a forest being cleared or a wetland flooding, and practice asking questions to find out what caused those changes.

Students pick a real change happening in their local environment, such as a pond drying up or a field being cleared, and explain what caused it and what happened as a result.

Students sort and describe everyday objects by their physical properties (color, texture, weight, hardness) and observe what happens when those objects bend, break, or change shape.

Students sort everyday objects by their physical properties: color, shape, size, texture, and weight. Asking questions about what they notice helps them group objects that share the same traits.

Building blocks taken apart can be put back together in a completely different way. Students explain how the same pieces that made one structure can become a new one.

Heating and cooling can change matter in ways that can be undone (ice melting back to water) or ways that cannot (a burned log stays ash). Students sort everyday examples into reversible and irreversible changes and explain what they observed.

Students learn what happens when you push or pull an object. They explore how those forces change how fast something moves and which way it goes.

Students push and pull objects to see how force changes the way things move. They plan the investigation themselves, then run it and describe what they observe.

Students design a simple device, like a ramp or bumper, that can make a moving object go faster, slower, or turn in a different direction.

Students test a design, record what happens when they push or pull an object, then look at their results to decide if the design did what it was supposed to do.

Students learn that all living things (plants, animals, insects) go through a life cycle, from birth or sprout to growth, reproduction, and death. They compare how different organisms grow and change at each stage.

Students learn that animals go through stages as they grow, from birth to adult, and that each type of animal follows its own pattern. They compare how a frog's life looks different from a butterfly's or a dog's.

Students grow a plant from a seed and keep a written or drawn record of how it changes over time. The goal is to see the full cycle, from seed to sprout to full-grown plant, with their own observations as evidence.

Students explain how animals help plants spread seeds or carry pollen from flower to flower. A squirrel burying acorns or a bee visiting a bloom are the kinds of real examples students use to build that explanation.

Students draw or diagram the life cycles of plants, insects, frogs, or other living things, showing how each organism is born, grows, reproduces, and dies in its own way.