Place value and big numbers
Students start the year reading, writing, and comparing numbers into the thousands. They round to the nearest ten or hundred and add and subtract larger numbers using strategies that build on what they learned last year.
This is the year math stretches past adding and subtracting into multiplying and dividing. Students learn their times tables, work with fractions as real amounts on a number line, and start measuring shapes by finding area. They also read bar graphs and solve word problems that take more than one step. By spring, students can recall multiplication facts up to 10 and explain why one-half is bigger than one-fourth.
Students start the year reading, writing, and comparing numbers into the thousands. They round to the nearest ten or hundred and add and subtract larger numbers using strategies that build on what they learned last year.
This is the heart of third grade math. Students learn what it means to multiply and divide, practice their times tables, and solve word problems by splitting groups evenly or putting equal groups together.
Students see fractions as real numbers on a ruler or number line, not just slices of pizza. They compare halves, thirds, and fourths and figure out when two fractions are equal, like one half and two fourths.
Students sort shapes by their sides and corners, then measure the space inside a rectangle and the distance around it. Tiling a floor or framing a picture is the kind of thinking they practice here.
Students tell time to the minute, measure liquids and weights, and read bar graphs and picture graphs. They also answer questions using the data, like which lunch choice was most popular.
Reading, writing, and comparing whole numbers up to four digits. Students also start working with simple fractions like halves and thirds, building a foundation for the operations they use the rest of the year.
Students write simple number sentences like 4 + ? = 10 or 15 > 9 and figure out what makes them true. This is the building block for solving equations later in school.
Students sort, describe, and measure flat shapes like squares and triangles and solid shapes like cubes and cones, then compare their sides, angles, and faces.
Students collect simple measurements and show what they found in a table or bar graph. They also learn to read those charts and draw basic conclusions from the numbers.
Students look at data from experiments or surveys and describe what patterns they notice, then say whether a future event seems likely, unlikely, or somewhere in between.
| Standard | Definition | Code |
|---|---|---|
| Numbers and Operations | Reading, writing, and comparing whole numbers up to four digits. Students also start working with simple fractions like halves and thirds, building a foundation for the operations they use the rest of the year. | PA-MATH.K8.3.1 |
| Algebraic Concepts | Students write simple number sentences like 4 + ? = 10 or 15 > 9 and figure out what makes them true. This is the building block for solving equations later in school. | PA-MATH.K8.3.2 |
| Geometry | Students sort, describe, and measure flat shapes like squares and triangles and solid shapes like cubes and cones, then compare their sides, angles, and faces. | PA-MATH.K8.3.3 |
| Measurement and Data | Students collect simple measurements and show what they found in a table or bar graph. They also learn to read those charts and draw basic conclusions from the numbers. | PA-MATH.K8.3.4 |
| Probability and Statistics | Students look at data from experiments or surveys and describe what patterns they notice, then say whether a future event seems likely, unlikely, or somewhere in between. | PA-MATH.K8.3.5 |
PSSA Mathematics is the spring summative math test for grades 3 through 8, aligned to PA Core Math.
Students should multiply and divide within 100, understand fractions as parts of a whole, tell time to the minute, and measure length, weight, and volume. They should also solve two-step word problems and recognize shapes by their sides and angles.
Practice the times tables in short bursts, five minutes a day. Use real objects like coins, crackers, or LEGO bricks arranged in rows and columns. Ask questions like how many cookies are on three plates of four. Quick recall of facts up to 10 by 10 is the goal.
Start with equal groups and arrays in the fall, then build the facts through patterns and properties. Introduce division as the inverse of multiplication once students are comfortable. Save two-step word problems and fact fluency checks for the second half of the year.
Cut food into equal parts and name them out loud. Half a sandwich, a quarter of a pizza, a third of a chocolate bar. Draw fractions on paper as parts of a circle or a rectangle. Comparing two fractions of the same whole is a good next step.
Fractions as numbers, not just shaded pieces, trip up many students. Division facts lag behind multiplication, and word problems with two steps often need extra time. Plan to revisit these in small groups through the spring.
Students sort shapes by their sides and angles, find the perimeter of a rectangle, and measure area by counting squares. At home, walk around a rug or a table and count the units. A ruler and some graph paper go a long way.
Students read and make bar graphs and picture graphs, and they answer questions like how many more or how many fewer. Try this with a weather chart on the fridge or a tally of favorite snacks in the family.
By spring, students should know their multiplication facts through 10 by 10, solve two-step word problems, compare simple fractions, and find the area and perimeter of a rectangle. If those four are solid, fourth grade math will feel manageable.