Pre-K-2, 3-5
In this lesson, students learn to compose and decompose
numbers into the hundreds place as they move from standard form to expanded form and back again.
Students explore composing and decomposing numbers using base ten blocks and
place value cards.
3-5, 6-8
In this lesson, students use their previous knowledge of
multiplication to identify factors and form products. Students will use Illuminations’
Times Table to identify various patterns in a multiplication table. They will then
play the Multiple Factors Game and Times Square to reinforce their
understanding of factors and multiples.
3-5
“Where’s
the math?” This is a question that can be answered by students as they examine
pictures from a virtual math trail. Expanding a student’s awareness of the
world is emphasized throughout this activity. As students share thoughts and
verbally express ideas, they are able to grow and communicate with other mathematically.
3-5
In this lesson students create rectangular arrays to
represent sizes of chocolate boxes. They find all of the factors of each number
up to 36 and learn the difference between prime and composite numbers. Then
they play an online game to practice finding factors for each product up to 36.
3-5
In this lesson, students use fraction bars to explore
how to compare sizes of fractions. They conclude with an online Calculation
Nation
® game
called Fraction Feud.
3-5
This hands-on lesson uses the book,
A Remainder of One, by Elinor J. Pinczes, to introduce division with remainder. Students will enjoy the story context as they explore different remainder situations and model division with arrays.
3-5
Students will use
base ten blocks to model decimal multiplication. They will assign different
values to the different base ten blocks to explore the consistent relationship
between the types of blocks. They will also discover different factors for the
same product. These activities will help students develop a conceptual
understanding of decimal multiplication.
3-5
In this lesson, students are presented with a design
challenge: a company that produces egg cartons wants to create a package for 24
eggs. The company wants to know all of the possible ways to arrange 24 eggs
into rectangular packages. Students work together to find the arrays and
respond to the egg company.
3-5
Division
is one of the most difficult operations for students to master, in part,
because there are many steps to keep track of and students often do not
understand the mathematical reasoning behind each step. In this lesson,
students will apply the strategies behind division, and learn how those strategies
can be translated into mathematical steps.
3-5
In this lesson,
students use operations of whole numbers and/or fractions to determine the
precise numbers of three types of dried beans needed to make salads. The use of
manipulatives and partner activities provide differentiation and support
learning for students of varying abilities.
