What We're Learning...
Using Eureka Math Squared curriculum:
Module 1
Place Value Concepts for Multiplication and Division with Whole Numbers
- notice how a digit in one place represents 10x as much as the digit to its right
- multiply and divide 3-and 4-digit numbers by 2- and 3-digit numbers using the standard algorithm, tape diagrams, and area models
- write, interpret, create numerical expressions and solve real-world word problems
Module 2
Addition and Subtraction with Fractions
- understand a fraction is a result of division
- make like units to add and subtract fractions, with whole numbers and mixed numbers
- read and interpret data to create line plots
Module 3
Multiplication and Division with Fractions
- find fractions of groups and whole numbers by multiplying fractions
- divide a whole number by a unit fraction and divide a unit fraction by a whole number
- create and solve word problems involving fractions
Module 4
Place Value Concepts for Decimal Operations
- represent decimal numbers to thousandths
- describe the relationships between decimal place values as 10x as much and 1/10 as much
- add and subtract decimal numbers, multiply and divide decimal numbers to hundredths
- use what we know about decimals to convert measurements in both the metric and customary measurement systems
Module 5
Addition and Multiplication with Area and Volume
- classify trapezoids, kites, parallelograms, rectangles, rhombuses
- identify properties of quadrilaterals that involve pairs of parallel sides, angle measures, side lengths, diagonals, and lines of symmetry
- find areas of rectangles with fraction side lengths (area = length * width)
- find volume of rectangular prisms with unit cubes and improvised units
(v = length * width * height; or v = base * height)
Module 6
Foundations to Geometry in the Coordinate Plane
- construct a coordinate plane and plot points to identify ordered pairs, describe the location of a point and describe the distances and directions between locations
- use patterns to generate ordered pairs, using operational relationships in the coordinate plane