One way to tackle division is to turn it into multiplication. In this exercise, read the division question — then ask yourself a multiplication question!
These math worksheets apply multiplication to the real world with interactive games and word problems that address multiplying double-digit numbers, place values and the properties of operations.
There are many strategies that can be employed to multiply and divide larger numbers. Students will deepen their conceptual knowledge of multiplication and division, starting with visual models like arrays and diagrams.Then students will then move to more abstract calculation methods like partial products, the distributive property and standard algorithms.
Whether it's allowance or a dog-walking business, kids are often looking for ways to earn an extra buck. Tap into that interest with practice that includes calculating tips, sales tax and commission.
Can your kid finish this multiplication worksheet in three minutes? This minute math multiplication exercise puts your child's arithmetic skills to the test.
Help learners gear up for a new year with this Fifth Grade Fall Review Packet - Week 3, complete with 5 days of activities in math, reading, writing, science, and social studies.
Take a crack at multiplication from a different angle! This book supplies a series of sheets looking at multiplying numbers with flashcards, lattice grids and times tables.
Understanding how our ten number system works enables students to see interesting and useful patterns and relationships in these math activities. These patterns allow students to develop more efficient mental math strategies when multiplying by multiples of 10 or 100. Students will also review rounding and apply this skill to larger numbers - up to 100,000’s place.
Multiplication is essentially repeated addition, or growing numbers by doubling, tripling, quadrupling, and so on. This unit presents mental models and strategies that help students learn and review the concept of multiplication. Students explore multiplication using arrays, partial products, doubling methods and the standard algorithm to solve numerical and word problems. Students will multiply whole numbers and simple decimals by base ten exponents (i.e. .3 x 103).
What could be scarier than math practice? Make magic brew, juggle negative numbers, interpret multiplication cards, find the area of your dungeon and more!
Multi digit multiplication is made simple with Education.com’s worksheets that clearly outline the proper order of operations, while setting the practice against the backdrop of amusing anecdotes. Stories involving slices of pizza or cake go a long way with students, and you’ll find that whether they are practicing addition, subtraction, division, or multiplication skills, adding more digits won’t prove a problem as long as students are entertained.
After learning one-digit multiplication and becoming comfortable with it, your students will be able to move on to multi-digit multiplication. While this concept may be daunting to early learners, they will soon understand that each multi-digit multiplication problem can break down into a series of single digit and addition problems.
One way to solve multi-digit multiplication problems is the area model. This helps students visualize the problem they are solving by breaking up each part of the problem clearly. The area model method involves drawing a grid, with one column for each of the digits in one of the factors, and rows for each of the digits in the other. For example, if your students are solving 16 x 27, they would have a grid with 4 cells divided between two rows and two columns.
On top of each column, they would write the number represented by each digit in the factor. In our example, they would write 20 over the first column, and 7 over the second. To the left of each row they write each number in the other factor, 10 and 6 in our example. Inside of each cell, have your students write the product of the two numbers that intersect at that cell. Adding all of the resulting products together will give them the final product of the original problem.
Practicing this method using the resources provided by Education.com may help your students enhance their understanding of solving multi-digit multiplication problems using the area model.