It's all about the fours as scholars practice their multiplication facts. They skip count on a number chart, shading in each multiple of four. Do they notice a pattern? Next, scholars complete five number sentenes multiplying four by...

Here's a set of division problems to drill your scholars; they complete 48 horizontally aligned equations total. These problems are separated into four sections of 12 equations each: learners divide by six, seven, eight, and nine. Many...

Get scholars familiar with the fives multiplication facts using a hundreds chart and number sentences. They skip count by five on the chart, coloring in all numbers that are multiples of five. Do they see a pattern? Next, learners...

How can each set of eggs be divided between two nests? Practice dividing by two as scholars examine seven nests and write number sentences to represent each. Each nest has an even number of eggs, so they always divide evenly. The largest...

In this multiplication worksheet, students practice single-digit multiplication with 6's and 7's. Students complete 100 multiplication problems. There is an answer sheet included.

In this multiplication activity, students practice single-digit multiplication with 6's and 7's. Students complete 100 multiplication problems. There is an answer sheet included.

Third graders work with fact families using the commutative property, arrange arrays with manipulatives, and multiply and divide symbolically with numbers.

In this multiplication and division worksheet, students fill in the blank to solve multiplication and division problems. They write combinations of numbers to equal a specified product or quotient. Students solve division problems with...

In this finding the product instructional activity, students multiply factors to twelve times twelve with no zeros. Students solve 100 problems.

In this finding the product worksheet, students multiply factors from one to twelve with no zeros. Students solve 100 problems.

In this finding the product worksheet, students multiply factors ranging from one to twelve times twelve. Students solve 100 problems.

In this finding the product worksheet, students multiply factors ranging from one to twelve times twelve. Students solve 100 problems.

In this finding the product activity, students multiply factors from one to twelve with no zeros. Students solve 100 problems.

In this finding the products worksheet, students multiply factors from zero to twelve times twelve. Students solve 100 problems.

In this finding the products activity, learners multiply factors from zero to twelve times twelve. Students solve 100 problems.

In this finding the products worksheet, students multiply factors from zero to twelve times twelve. Students solve 100 problems.

In this finding the products activity, students multiply factors from zero to twelve times twelve. Students solve 100 problems.

In this finding the products worksheet, students multiply factors from zero to twelve times twelve. Students solve 100 problems.

In this finding the product worksheet, students multiply one digit numbers from zero to forty-nine. Students solve 100 problems.

In this addition worksheet, students add one and two digit numbers that are doubles facts. Students complete 40 addition problems.

Give your class a different kind of reading assignment with the text included here. Anne Miller's essay "Learning to Hate Mathematics" details a hatred of math that grew from early childhood and still haunts the author today. After...

In this multiplication instructional activity, students solve 40 basic multiplication facts in an intricate design. Students color the odd products green and the even products brown. A hidden message will be revealed.

Provide families with the guidance needed to support their child's proficiency in multiplying numbers. Three pages offer detailed descriptions and labeled examples.  

In this 2-day lesson focused on exponents, middle schoolers will cross the curriculum by engaging in science, history and language arts activities. Exponential growth will be explored using grains of rice on a chess board. Exponential...