In this course, students learn to understand place value and apply it to read and write multi-digit numbers. They compare and round multi-digit numbers using place value understanding. 

In this course, students learn to estimate sums and differences. They add and subtract multi-digit numbers using place value strategies and mental math. Students also solve real-world problems involving addition and subtraction. 

In this course, students understand multiplicative comparisons and learn to multiply tens, hundreds, and thousands. They estimate products by rounding and use strategies such as the distributive property and expanded form to multiply efficiently. 

In this course, students use partial products and properties to multiply. They multiply two-digit numbers and larger numbers by one-digit numbers. Students apply these strategies to solve real-world multiplication problems with confidence and accuracy. 

In this course, students multiply by tens and estimate products to build number sense. They use area models and the distributive property to multiply two-digit numbers, developing a strong foundation in multiplication strategies. 

In this course, students use partial products to multiply two-digit numbers. They apply and practice different multiplication strategies and solve problems involving two-digit multiplication in real-world contexts. 

In this course, students divide tens, hundreds, and thousands and estimate quotients. They understand division with remainders and use the partial quotients strategy to divide, including cases with remainders. 

In this course, students divide two-digit and multi-digit numbers by one-digit numbers. They develop strategies to divide accurately and apply their understanding to solve real-world division problems. 

In this course, students model and generate equivalent fractions by multiplying and dividing. They compare fractions using benchmarks and other strategies to develop a deeper understanding of fraction relationships. 

In this course, students use models to add and subtract fractions with like denominators. They decompose fractions to understand their parts and apply strategies to solve fraction addition and subtraction problems. 

In this course, students model fractions and mixed numbers. They learn to add and subtract mixed numbers and apply their understanding to solve real-world problems involving fractions. 

In this course, students understand multiples of unit fractions and fractions. They multiply whole numbers by fractions and mixed numbers, and apply their learning to solve real-world problems involving fraction operations. 

In this course, students understand tenths and hundredths as parts of a whole. They explore the relationship between fractions and decimals and learn to compare decimals using place value understanding. 

In this course, students add decimal fractions and decimals. They explore the connection between fractions, decimals, and money, and apply their understanding to perform operations with money in real-life situations. 

In this course, students measure length, mass, and capacity using metric units. They also explore length, weight, and capacity in customary units. Through hands-on activities and real-world examples, students build a strong understanding of both measurement systems. 

In this course, students make and interpret line plots to represent measurement data. They explore units of time, solve problems involving elapsed time, and work with mixed measures in real-world contexts. 

In this course, students use formulas to find the perimeter and area of rectangles. They find unknown side lengths and apply their understanding to solve real-world problems involving perimeter and area. 

In this course, students explore basic geometric concepts such as points, lines, and rays. They learn to identify and draw angles, recognize parallel and perpendicular lines, and understand angles measured in degrees. 

In this course, students learn to measure and draw angles accurately. They find angle measures, add angle measures, and determine unknown angle measures using their understanding of angle relationships. 

In this course, students explore basic geometric concepts such as points, lines, and rays. They learn to identify and draw angles, recognize parallel and perpendicular lines, and understand angles measured in degrees.