What does a student learn in StateOklahoma,GradeKindergarten,SubjectMathematics?

Counting connects to quantity. Students match spoken numbers to real objects, learning that the last number counted tells how many things are in a group.

Students count out loud from 1 to 100, one number at a time, then practice again jumping by tens: 10, 20, 30, all the way to 100.

Counting a group of objects and writing or saying the number that matches. Students learn that the number 7, for example, always means exactly seven things, whether the objects are toys, apples, or fingers.

Students learn words like first, third, and tenth to describe where something sits in a line or sequence. Given a row of objects, they can say which one is fifth or last.

Students look at a small group of dots or objects and say how many there are without counting one by one. This works with tidy rows and scattered arrangements, up to 10 objects.

Starting from any number between 1 and 20, students count forward out loud, with or without physical objects in front of them.

Students read and write numbers from 0 to 20 and show what those numbers mean using drawings, objects, or words. The number 7 isn't just a symbol; it matches seven real things students can count and point to.

Given any number up to 10, students say what comes just before it and just after it. If the number is 6, one more is 7 and one less is 5.

Looking at two groups of objects or two numbers, students decide which is more, which is less, or whether they match. They practice saying it out loud using words like "more than," "less than," or "equal to."

Students use blocks, fingers, or drawings to figure out simple adding and subtracting with numbers up to 10. The focus is on understanding what happens when you combine groups or take some away, not just memorizing answers.

Students break a small number into two parts and put those parts back together, using blocks, drawings, or fingers. For example, 7 can be split into 4 and 3, then combined again.

Students split a shape or group of objects into equal parts so everyone gets the same amount. This is the first step toward understanding fractions.

Students split a group of objects into two equal piles. This is the first step toward understanding fractions, division, and fair sharing.

Students learn the names of everyday coins: penny, nickel, dime, and quarter. They can look at a coin and say what it is called.

Students learn to recognize a penny, nickel, dime, and quarter by sight and name each one correctly.

Students copy a repeating pattern, like red-blue-red-blue, using blocks, sounds, or movements. They show the same pattern in a new way without changing the order.

Students sort up to 10 objects into groups by color, size, or shape, then say out loud what makes each group the same.

Students spot a repeating or growing pattern, then copy it, finish it, or keep it going. The pattern might use shapes, colors, sizes, or sounds.

Students sort circles, squares, triangles, and rectangles by shape, then connect those shapes to real objects like wheels, boxes, and doors.

Students sort and name squares, circles, triangles, and rectangles by looking at their sides and corners. This is the start of geometry.

Students sort flat shapes, like circles, squares, and triangles, into groups by what they look like or how big they are.

Students count the sides and corners of flat shapes like squares, triangles, and circles, and learn to use everyday words alongside math words to describe what they notice.

Students fit small shapes together like puzzle pieces to fill the outline of a bigger shape, with no gaps and no overlapping.

Students stack and combine blocks, boxes, and other solid objects to build bigger structures. They explore how three-dimensional shapes fit together to make something new.

Students look at everyday objects and match them to shapes they know, like noticing a window is a rectangle or a ball is a circle. They use those shapes to draw or build simple models of things around them.

Students sort and line up objects by where they are or how they measure up, such as which block is tallest or which crayon is shortest. They practice putting things in order from biggest to smallest or nearest to farthest.

Students practice describing how two objects differ using everyday words like longer, heavier, bigger, above, or beside. This is the language behind rulers, scales, and maps.

Students line up to 6 objects by size, from shortest to tallest or lightest to heaviest. They explain which comes first and why.

Students look at a group of objects, find two things they have in common (like color and shape), and sort them into groups based on those shared traits.

Students fill two containers with small objects and say which one holds more. It's an early lesson in comparing capacity before numbers like "cups" or "liters" come into the picture.

Students learn to connect times of day to daily routines, like knowing morning means breakfast or bedtime follows a bath. The focus is on understanding how time shapes the day, not yet reading a clock.

Students learn words like yesterday, today, tomorrow, morning, and night to describe when things happen in their day. It's the first step toward reading a clock and understanding how time is organized.

Students sort objects or pictures into groups, count each group, and answer questions about what the data shows (like which group has more).

Students gather information about everyday objects or events, like counting how many red and blue crayons are in the box, and sort what they find into groups that make it easy to compare.

Students sort real items or draw pictures to build a simple graph that shows how many things belong in each group.

Students look at a simple picture graph or a row of real objects and answer questions about what the data shows, like which group has more or which has the fewest.