Anatomy of a Standard Performance Expectations >


Grade Level Performance Expectations

Science Standards

Grades K-1


The science standards for grades K-1 consist of seven Core Content Standards within the domains of science. These standards should be learned during the two-year grade span, so that only three or four of them need to be learned in depth each year. Local school district curriculum teams will decide which of the areas will be learned at which grade level, depending on students' needs and interests.

As illustrated by the grid below, the three crosscutting EALRs (1-3) of Systems, Inquiry, and Application are not to be learned in isolation but rather in conjunction with content in the (EALR 4) domains of science. Not every topic needs to address all three crosscutting EALRs. But in any given year, content in (EALRs 1-3) Systems, Inquiry, and Application should be experienced in the context of several science lessons, so that students can see the commonalities among the fields of science.

Grades K-1

EALR 1 Systems SYS

EALR 2 Inquiry INQ

EALR 3 Application APP

EALR 4 Domains of Science

Physical Science

PS1 Push-Pull and Position

PS2 Liquids and Solids

Earth and Space Science

Earth and Space Science

ES1 Observing the Sun and Moon

ES2 Properties and Change

Life Science

LS1 Plant and Animal Parts

LS2 Habitats

LS3 Classifying Plants and Animals


Part-Whole Relationships

Making Observations

Tools and Materials

 

Standards for Grades K-1

EALR 1: Systems

Big Idea: Systems (SYS)

Core Content: Part-Whole Relationships

In grades K-1, students gain fluency in using the concept of part-whole relationships. They agree on names for the parts that make up several types of whole objects, including plants and animals. They learn that objects can be easily taken apart and put back together again, while other objects cannot be taken apart and reassembled without damaging them. Removing one or more parts will usually change how the object functions. Fluency with the part-whole relationship is essential for all of the sciences and is an important building block for more sophisticated understanding of how systems operate in natural and designed environments.

Content Standards

Performance Expectations

Students know that:

Students are expected to:

K-1 SYSA

Living and nonliving things are made of parts. People give names to the parts that are different from the name of the whole object, plant, or animal.

Name at least five different parts, given an illustration of a whole object, plant, or animal.

Compare a part of an object with the whole object, correctly using the words
"whole" and "part."

K-1 SYSB

Some objects can easily be taken apart and put back together again while other objects cannot be taken apart without damaging them (e.g., books, pencils, plants, and animals).

Identify which of several common objects may be taken apart and put back together without damaging them (e.g., a jigsaw puzzle) and which objects cannot be taken apart without damaging them (e.g., books, pencils, plants, and animals). *a


Mathematics Connections

*a1.3.CCombine known shapes to create shapes and divide known shapes into other shapes.


Standards for Grades K-1

EALR 2: Inquiry

Big Idea: Inquiry (INQ)

Core Content: Making Observations

Students learn that scientific investigations involve trying to answer questions by making observations or trying things out, rather than just asking an adult. Children are naturally curious about nearly everything-butterflies and clouds, and why the Moon seems to follow them at night. The essence of this standard is to channel students' natural curiosity about the world, so that they become better questioners, observers, and thinkers, laying the groundwork for increasing understanding and abilities in science inquiry in the years to come.

 

Content Standards

Performance Expectations

Students know that:

Students are expected to:

K-1 INQA
Question and
Investigate

Scientific investigations involve asking and trying to answer a question about the natural world by making and recording observations.

Ask questions about objects, organisms, and events in their environment.*a

Follow up a question by looking for an answer through students' own activities (e.g., making observations or trying things out) rather than only asking an adult to answer the question.

Observe patterns and relationships in the natural world, and record observations in a table or picture graph.*b

K-1 INQB
Model

Many children's toys are models that represent real things in some ways but not in other ways.

Given a child's toy that is a model of an object found in the real world, explain how it is like and unlike the object it represents.

K-1 INQC
Explain and Infer

Scientists develop explanations using recorded observations (evidence).

Describe patterns of data recorded, using tallies, tables, picture graphs, or bar-type graphs.*c

Participate in a discussion of how the recorded data (evidence) might help to explain the observations.

K-1 INQD
Communicate

Scientists report on their investigations to other scientists, using drawings and words.

Report observations of simple investigations, using drawings and simple sentences.

Listen to and use observations (evidence) made by other students.

K-1 INQE
Communicate

Observations are more reliable if repeated, especially if repeated by different people.

State verbally or in writing a need to repeat observations (evidence) to be certain the results are more reliable.

K-1 INQF
Intellectual Honesty

All scientific observations must be reported honestly and accurately.

Record observations (evidence) honestly and accurately.

Mathematics Connections
*aK.5.A, 1.6.A Identify the question(s) asked in a problem.
*b1.5.Represent data using tallies, tables, picture graphs, and bar-type graphs.
*c1.5.BAsk and answer comparison questions about data.

 

Standards for Grades K-1

EALR 3: Application

Big Idea: Application (APP)

Core Content: Tools and Materials

Students learn to use simple tools (e.g., pencils, scissors) and materials (e.g., paper, tape, and glue, cardboard) to solve problems in creative ways. Though students have a natural inclination to use tools and materials to make things, guidance is required to channel these interests into solving a practical problem. Although students are not expected to make a distinction between science and technology at this age, they can and should develop the idea that tools and materials can be used to solve problems, and that many problems can have more than one solution.


Content Standards

Performance Expectations

Students know that:

Students are expected to:

K-1 APPA

Common tools can be used to solve problems.

Use simple tools and materials to solve a simple problem (e.g., make a paper or cardboard box to hold seeds so they won't get lost).*a

K-1 APPB

Different materials are more suitable for some purposes than for other purposes.

Choose a material to meet a specific need (e.g., cardboard is better than paper for making a box that will stand up by itself) and explain why that material was chosen. *a

K-1 APPC

A problem may have more than one acceptable solution.

Develop two possible solutions to solve a simple problem (e.g., design a napping place for a favorite stuffed animal; decide on the best food to eat for lunch).*b

K-1 APPD

Counting, classifying, and measuring can sometimes be helpful in solving a problem.

Apply the abilities of counting, measuring, and classifying to solving a problem (e.g., Is that enclosure big enough for a pet to stand up in? What types of food can it eat? How much food should I put into the enclosure for my pet?).*c


Mathematics Connections

*aK.5.D, 1.6.DSelect from a variety of problem-solving strategies and use one or more
strategies to solve a problem.
*bK.5.F, 1.6.GDescribe how a problem was solved.
*cK.1.ECount objects in a set of up to 20,and count out a specific number of up to 20
objects from a larger set.
1.1.ACount by ones forward and backward from 1 to 120, starting at any number,
and count by twos, fives, and tens to 100.
K.4.AMake direct comparisons, using measurable attributes such as length, weight,
and capacity.
1.4.BUse a variety of nonstandard units to measure length.

Note: This standard is closely aligned to Core Processes K.5 and 1.6


Standards for Grades K-1

EALR 4: Physical Science

Big Idea: Force and Motion (PS1)

Core Content: Push-Pull and Position

Students learn how to describe the position and motion of objects and the effects of forces on objects. Students start by describing the position of one object with respect to another object (e.g., in front, behind, above, and below) and then describe motion as a change in position. Forces are introduced as pushes and pulls that can change the motion of objects, and students learn through observation that various forces act through contact while others act from a distance (without touching the object). These basic concepts about forces and motion provide a foundation for learning to quantify motion in later years.

Content Standards

Performance Expectations

Students know that:

Students are expected to:

K-1 PS1A

The position of an object can be described by locating it relative to another object or to the object's surroundings.

Use common terms so that all observers can agree on the position of an object in relation to another object (e.g., describe whether the teacher's desk is in front of the room, at the side, or in the back; say whether the top of the school’s flagpole is higher or lower than the roof).*a

K-1 PS1B

Motion is defined as a change in position over time.

Demonstrate motion by moving an object or a part of a student’s body and explain that motion means a change in position.

K-1 PS1C

A force is a push or a pull. Pushing or pulling can move an object. The speed an object moves is related to how strongly it is pushed or pulled.

Respond to a request to move an object (e.g., toy wagon, doll, or book) by pushing or pulling it.

When asked to move the object farther, respond by pushing or pulling it more strongly.

Explain that a push or a pull is a force.

K-1 PS1D

Some forces act by touching and other forces can act without touching.

Distinguish a force that acts by touching it with an object (e.g., by pushing or pulling) from a force that can act without touching (e.g., the attraction between a magnet and a steel paper clip).


Mathematics Connections

*aK.3.CDescribe the location of one object relative to another using words such as in,
out, over,under, above, below, between, next to, behind, and in front of.

Standards for Grades K-1

EALR 4: Physical Science

Big Idea: Matter: Properties and Change (PS2)

Core Content: Liquids and Solids

Students learn about the properties of liquids and solids. When a liquid is poured into a container, it takes the shape of the part of the container that it occupies. Cooling a liquid can turn the liquid into a solid (e.g., water to ice). When it becomes a solid it assumes the shape of the container and retains that shape, even when removed from the container. These observations about the properties of materials and how numerous materials can change from liquid to solid and back again begin to build an understanding of matter and its transformations that will be formalized as states of matter during the grade 2-3 band.

Content Standards

Performance Expectations

Students know that:

Students are expected to:

K-1 PS2A

Liquids take the shape of the part of the container they occupy.

Predict the shape that water will take in a variety of different containers.

K-1 PS2B

Solids retain their shape regardless of the container they are in.

Predict that frozen water (e.g., ice) will retain its shape when moved among containers of different shapes (e.g., ice cubes in a tray).

Given several substances, sort them into those that are liquid and those that are solid.

EALR 4: Physical Science

Big Idea: Matter: Properties and Change (PS3)

Core Content: None

No standards for K-1 Matter: Properties and Change because the content is not developmentally appropriate for students in this grade band.

Standards for Grades K-1

EALR 4: Earth and Space Science

Big Idea: Earth in Space (ES1)

Core Content: Observing the Sun and Moon

Students learn that objects they see in the sky, such as clouds and birds, change from minute to minute, while other things, such as the Sun and Moon, follow patterns of movement if observed carefully over time. The Moon can sometimes be seen during the day and sometimes at night, and its shape appears to change gradually during the month. The study of the sky can help young children realize that they can find patterns in the world through their own observations.

Content Standards

Performance Expectations

Students know that:

Students are expected to:

K-1 ES1A

Many things can be seen in the sky. Some change minute by minute, while others move in patterns that can be seen if they are observed day after day.

Observe and communicate the many things that can be seen in the sky that change minute by minute (e.g., birds, airplanes, and clouds) and those that change their shape or position in observable patterns day after day (e.g., apparent shape of the moon).*a

K-1 ES1B

The position of the Sun in the sky appears to change during the day.

Compare the position of the Sun in the sky in the morning with its position in the sky at midday and in the afternoon.*b

K-1 ES1C

The Moon can be seen sometimes during the day and sometimes during the night. The Moon appears to have different shapes on different days.

Observe the Moon during different times of the day and month, and draw its apparent shape.*b

Mathematics Connections

*aK.4.AMake direct comparisons, using measurable attributes such as length, weight,
and capacity.
*bK.3.CDescribe the location of one object relative to another using words such as in, out, over, under, above, below, between, next to, behind, and in front of.

Standards for Grades K-1

EALR 4: Earth and Space Science

Big Idea: Earth Systems, Structures and Processes (ES2)

Core Content: Properties and Change

Students learn about Earth materials through their own observations. They learn to distinguish between natural materials and those that have been changed by people. They study natural substances such as rocks and soil, and find that these Earth materials are made up of smaller parts and different components. They learn to use common terms, such as hard, soft, dry, wet, heavy, and light, to describe what they see. These observations help students become familiar with the materials in the world around them in terms of properties and to think about how people use natural materials in various ways.

Content Standards

Performance Expectations

Students know that:

Students are expected to:

K-1 ES2A

Some objects occur in nature; others have been designed and processed by people.

Sort objects into two groups: natural and human-made.*a

K-1 ES2B

Earth materials include solid rocks, sand, soil, and water. These materials have different observable physical properties.

Describe Earth objects using appropriate terms, such as hard, soft, dry, wet, heavy, and light, to describe these materials.

Sort Earth objects by one observable property (e.g., rocks by size or color).*a

Compare Earth objects by at least two properties (e.g., first compare rocks by size, then by color). *a

K-1 ES2C

Some Earth objects are made of more than one material.

Observe and describe objects made of more than one Earth material (e.g., certain rocks and soil).

Mathematics Connections

*aK.3.BSort shapes, using a sorting rule, and explain the sorting rule.

EALR 4: Earth and Space Science

Big Idea: Earth Systems, Structures and Processes (ES2)

Core Content: None

No standards for K-1 Earth Systems, Structures and Processes because the content is not developmentally appropriate for students in this grade band.

Standards for Grades K-1

EALR 4: Life Science

Big Idea: Structures and Functions of Living Organisms (LS1)

Core Content: Plant and Animal Parts

Students learn that all living things have basic needs, and they meet those needs in various ways. Just as humans have external body parts that perform different functions to meet their needs, animals and plants also have body parts that perform different functions to meet their needs. A magnifier is a tool that reveals further details of plant and animal parts that are not easily seen with the unaided eye. Learning about the diverse needs of plants and animals and the various ways they meet their needs will help to prepare students to understand more detailed structures beginning at the 2-3 grade band.

Content Standards

Performance Expectations

Students know that:

Students are expected to:

K-1 LS1A

The human body is made up of various external parts.

Identify the external parts of a human body (e.g., head, hands, feet, knees, and elbows).

K-1 LS1B

All plants and animals have various external parts.

Identify the external parts of different plants and animals (e.g., legs on an insect, flowers, stems, and roots on many plants, feathers on birds, scales on fish, eyes and ears on many animals).

K-1 LS1C

The parts of a plant or animal appear different under a magnifier compared with the unaided eye.

Observe how parts of a plant or animal look under a magnifier and draw or use words to describe them (e.g., a single hair, the leg of an insect, a fingerprint).

K-1 LS1D

Different animals use their body parts in different ways to see, hear, grasp objects, and move from place to place.

Compare how different animals use the same body parts for different purposes (e.g., humans use their tongues to taste, while snakes use their tongues to smell).

K-1 LS1E

Animals have various ways of obtaining food and water. Nearly all animals drink water or eat foods that contain water.

Compare how different animals obtain food and water (e.g., a squirrel hunts for nuts, a pet dog eats prepared food and drinks water from a bowl or puddle, many birds and insects find nectar in flowers, which contain food and water, people may grow food in gardens and many shop for food in stores and get water from the tap).

K-1 LS1F

Most plants have roots to get water and leaves to gather sunlight.

Explain that most plants get water from soil through their roots and that they gather light through their leaves.

Standards for Grades K-1

EALR 4: Life Science

Big Idea: Ecosystems (LS2)

Core Content: Habitats

Students learn that all plants and animals live in and depend on habitats. Earth has many different habitats, and these different habitats support the life of many different plants and animals, including humans. People have the ability to make rapid changes in natural habitats and to keep a habitat healthy so that living conditions can be maintained.

Content Standards

Performance Expectations

Students know that:

Students are expected to:

K-1 LS2A

There are different kinds of natural areas, or habitats, where many different plants and animals live together.

Investigate an area near their home or school where many different plants and animals live together (e.g., a lawn, a vacant lot, a wooded park, a flower bed) and describe the different plants and animals found there.

K-1 LS2B

A habitat supports the growth of many different plants and animals by meeting their basic needs of food, water, and shelter.

Identify the characteristics of a habitat that enable the habitat to support the growth of many different plants and animals (e.g., have trees to provide nesting places for birds and squirrels, pond water for tadpoles and frogs, blackberry bushes for rabbits to hide in).

K-1 LS2C

Humans can change natural habitats in ways that can be helpful or harmful for the plants and animals that live there.

List two or more things that humans do that might harm plants and animals in a given habitat (e.g., throwing litter in a pond might cause difficulty for water birds and fish to find food or might poison the plants and animals that live there).

Communicate ways that humans protect habitats and/or improve conditions for the growth of the plants and animals that live there (e.g., reuse or recycle products to avoid littering).

Standards for Grades K-1

EALR 4: Life Science

Big Idea: Biological Evolution (LS3)

Core Content: Classifying Plants and Animals

Students learn that some objects are alive and others are not, and that many living things are classified as either plants or animals based on observable features and behaviors. Plants and animals are further classified into smaller groups such as insects and trees. Even these groups can be further subdivided. Classification provides a way to organize and find patterns in the amazing diversity of plants, animals, and the nonliving environment.

Content Standards

Performance Expectations

Students know that:

Students are expected to:

K-1 LS3A

Some things are alive and others are not.

Use logical rules to sort objects into two groups, those that are alive and those that are not.*a

K-1 LS3B

There are many different types of living things on Earth. Many of them are classified as plants or animals.

Given a list, illustrations, or actual plants or animals, classify them as plants or animals.

K-1 LS3C

External features of animals and plants are used to classify them into groups.

Describe several external features and behaviors of animals that can be used to classify them (e.g., size, color, shape of body parts).

Describe several external features of plants that can be used to classify them (e.g., size, color, kinds of seeds, shapes, or texture of plant parts).

Give examples to illustrate how pairs of plants and/or animals are similar to and different from each other (e.g., cats and dogs both have four legs, but many dogs have longer snouts than cats).*b

Mathematics Connections

*aK.3.BSort shapes, using a sorting rule, and explain the sorting rule.
*bK.4.AMake direct comparisons, using measurable attributes such as length, weight, and capacity.

 

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