In this course, students build a strong foundation in multiplication. They learn to multiply using equal groups, number lines, and arrays to visualize and understand repeated addition. Students also explore the Commutative Property of Multiplication to see how the order of numbers does not change the product.
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In this course, students strengthen their multiplication skills by learning to multiply by 2, 5, 10, 0, and 1. They recognize patterns and apply these facts in problem-solving. Students also explore the Distributive Property of Multiplication to break apart numbers and simplify calculations.
In this course, students deepen their understanding of multiplication by learning to multiply by 3, 4, 6, 7, 8, and 9. They practice various multiplication strategies to build fluency and confidence. Students also explore the Associative Property of Multiplication to understand how grouping numbers can simplify multiplication.
In this course, students develop a strong understanding of division. They learn to divide by finding the size of equal groups and the number of equal groups. Students use number lines and arrays to model division and connect it to real-world situations. They also explore how multiplication and division are related to strengthen their problem-solving skills.
In this course, students build fluency in division by practicing division facts for 2, 5, 10, as well as 3, 4, 6, 7, 8, and 9. They learn to divide by 0 and 1 and apply different strategies to solve division problems accurately. Students strengthen their understanding through repeated practice and real-world applications.
In this course, students will explore and understand patterns in mathematics, particularly through multiplication tables. They will learn to identify and explain patterns, make meaningful connections between patterns and multiplication, and apply their understanding to solve problems. This foundational skill helps build logical reasoning and strengthens number sense.
In this course, students learn to identify the area of shapes. They will explain how to find area, compare areas of different shapes, and calculate the total area of a shape.
In this course, students learn to identify the values of numbers and understand estimation. They will explain and apply rounding strategies and use estimation to find the difference between numbers.
In this course, students learn to understand the properties of addition. They will identify and explain addition properties, apply counting strategies to solve problems, and demonstrate their understanding by solving addition problems accurately.
In this course, students learn different strategies to subtract numbers. They use number lines, mental math, and place value to subtract, including three-digit numbers. Students explore how addition and subtraction are related and apply their skills to solve real-life subtraction problems.
In this course, students use number lines, place value, and multiplication properties to multiply by multiples of 10. They solve problems using multiplication and division, and apply their understanding to problems involving all four operations.
In this course, students explore fractions as equal parts of a whole. They understand unit fractions, write fractions of a whole, and represent fractions on a number line—both less than and greater than 1.
In this course, students learn to identify equivalent fractions and represent them on a number line. They relate fractions to whole numbers and deepen their understanding of fractional relationships
In this course, students learn to compare fractions with the same numerator or the same denominator. They represent fractions on a number line, compare them, and order them from least to greatest or greatest to least.
In this course, students tell time to the nearest minute and measure elapsed time within and across the hour. They solve real-world problems involving time intervals using logical reasoning and strategies.
In this course, students understand and estimate liquid volume and mass. They measure liquid volume and mass using appropriate tools and units, building practical skills in measurement.
In this course, students learn to identify the sides and angles of quadrilaterals. They describe and classify different types of quadrilaterals and draw them accurately based on their properties.
In this course, students read and interpret picture graphs and bar graphs. They create their own graphs and make line plots to represent data. Students also measure lengths to the nearest half inch and quarter inch to collect and display accurate information.
In this course, students understand the concept of perimeter and learn how to find the perimeter of polygons. They find unknown side lengths and explore how shapes can have the same perimeter but different areas, or the same areas but different perimeters.
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